| Machine Kinematics |
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Engine, Emissions and Vehicle Research Division
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Advanced Vehicle Technology
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Lubricant Analysis, Administrative Staff
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| Machine Shop |
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| Machine Tools--Automation |
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Lubricant Analysis, Administrative Staff
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Division Administration
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Administration
|
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| Machine Vision |
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| The Manufacturing Systems Department in Division 10 develops machine vision systems for automated inspection, measurement, and process control. Application areas encompass model-based vision, precision measurement, 3D imaging, thermal imaging, and automated video surveillance with incident detection. Laboratory facilities include a wide range of cameras, optics, illumination, frame grabbers, and image processing software, which support feasibility investigations and capability demonstration. |
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Fuels, Lubricants, and Fluids Applications
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Robotics and Automation Engineering
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Process and Product Development Group
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Mechanics and Materials Section
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| Machinery Dynamics |
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| Machinery dynamics analyis and modeling using both classical kinematic and finite element analysis techniques. Crankshaft torsional analyses and shaking force analyses of reciprocating machinery. Rotordynamics of rotating machinery. Gas path aerodynamics and thermodynamics of turbomachinery. Machinery modal and harmonic analyses using detailed solid models and finite element methods.
Contacts: Ralph Harris, ext 2689 for reciprocating machinery Bob McKee, ext 3000 for turbomachinery Jeff Moore, ext 5812 for rotordynamics Harold Simmons, ext 2557 for gas turbines Dan Pomerening, ext 2318 other
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Fluids and Machinery Engineering Department
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| Machinery Torsional Vibration |
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Engine, Emissions and Vehicle Research Division
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Rotating Machinery
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Fluids and Machinery Engineering Department
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Fluids and Machinery Engineering Department
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| Magnetic Flux Leakage |
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Sensor Systems and Nondestructive Evaluation (NDE) Technology Department
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| Magnetic Particle Inspection |
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| Inspection by using magnetic particles. |
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Applied Physics Division
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Sensor Systems and Nondestructive Evaluation (NDE) Technology Department
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| Magnetostrictive Sensors |
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Sensor Systems and Nondestructive Evaluation (NDE) Technology Department
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| Maintenance Training/Maintenance Training Devices |
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| Instructional definition, design, development, test, installation and support of curricula, classroom aids, manuals, courseware, static mockups, interactive devices, and simulators that are used to teach maintenance concepts, troubleshooting procedures and repair actions for operational systems and equipment. |
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Training, Simulation and Performance Improvement Division
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Systems Engineering
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Contract & Administration
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Lubricant Analysis, Administrative Staff
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CNWRA Operations
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| Manufacturing Facility Design |
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Division Administration
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Administration
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Robotics and Automation Engineering
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Automation and Data Systems Division
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| Manufacturing Process Research |
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Lubricant Analysis, Administrative Staff
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Division Administration
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Administration
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Robotics and Automation Engineering
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Department of Electromechanical and Optical Systems
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| Manufacturing Technology |
| |
Division Administration
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| |
Administration
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| |
Robotics and Automation Engineering
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Department of Electromechanical and Optical Systems
|
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| Maple |
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| Math Software for Engineers, Educators & Students | Maplesoft |
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SwARC Support and Business Development Detroit Operations
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| Marine and Offshore--Vibrations |
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Fluids and Machinery Engineering Department
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| Marine Engineering |
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| Design, analysis,fabrication and testing of marine, offshore and subsea systems and components. Expertise at meeting requirements and rules of ASME, ABS and NAVSEA. |
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Fire Resistance Section
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Marine Structures and Engineering Section
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Mechanical and Materials Engineering Division
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| Marine Engines-Diesel |
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| Emissions testing of marine diesel engines. |
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| |
Engine, Emissions and Vehicle Research Division
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| |
Engine, Emissions and Vehicle Research Division
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| |
Engine, Emissions and Vehicle Research Division
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| |
Administration
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| |
Certification, Audit, and Compliance
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| |
Medium Speed Diesel Engine Section
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| |
Fuels and Lubricants Research Division
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| |
Fuels, Lubricants, and Fluids Applications
|
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| Marine Structures |
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| Marine Structures |
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Fluids and Machinery Engineering Department
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Mechanical and Materials Engineering Division
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| MASINT |
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Administration
|
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| Mass Spectrometry Analysis |
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Microencapsulation
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Chemical Engineering
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Organic
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Technology Development
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Administration
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Environmental Engineering and Monitoring
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| |
Engine, Emissions and Vehicle Research Division
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Fuel Lab Prof Staff
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Fuels, Lubricants, and Fluids Applications
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| Material Aging Assessment |
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Materials Engineering Department
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| Material Analysis--Elemental |
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| The SwRI Component-Analysis Group has a scanning-electron microscope that is equipped with a Noran energy-dispersive x-ray elemental-analysis system. The analyzer has a light-element detector, so it can detect all elements except hydrogen, helium, lithium, and beryllium. Software associated with the analysis system facilitates both qualitative and standardless quantitative analyses, as well as dot mapping. |
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Administration
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Department of Electronics Systems and Robotics
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Materials Engineering Department
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Materials Engineering Department
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Surface Engineering and Materials Chemistry Section
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Environmental Performance of Materials
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| Material Handling Systems |
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Division Operations
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| |
Administration
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Robotics and Automation Engineering
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Automation and Data Systems Division
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| Material Integrity |
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| Material Integrity |
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| |
Administration
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Mechanics and Materials Section
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| Material Life Prediction |
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Mechanics and Materials Section
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| Material Sciences |
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| Material Sciences |
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| |
Administration
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Mechanics and Materials Section
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Surface Engineering and Materials Chemistry Section
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Environmental Performance of Materials
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| Materials Analysis |
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Chemical Engineering
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| |
Administration
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| |
Administration
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Materials Engineering Department
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Materials Engineering Department
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Surface Engineering and Materials Chemistry Section
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Environmental Performance of Materials
|
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| Materials Center for Combustion Turbines |
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Department of Electromechanical and Optical Systems
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Materials Engineering Department
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Environmental Performance of Materials
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Failure Analysis & Technical Services
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| Materials Characterization |
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Administration
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| |
Surface Engineering and Materials Chemistry Section
|
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| Materials Compatibility Testing |
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Fuels, Lubricants, and Fluids Applications
|
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| Materials Fire Testing |
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Administration
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| |
Administration
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Fire Resistance Section
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Engineering and Research Section
|
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| Materials Fire Testing - Construction Industry |
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Fire Resistance Section
|
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| Materials Sciences |
| |
Administration
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| |
Mechanics and Materials Section
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| |
Surface Engineering and Materials Chemistry Section
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| |
Environmental Performance of Materials
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| |
Mechanical and Materials Engineering Division
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| |
Failure Analysis & Technical Services
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| |
Marine Structures and Engineering Section
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| |
Corrosion Science and Process Engineering
|
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| Materials Testing |
| |
Material Development
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| |
Administration
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| |
Engine, Emissions and Vehicle Research Division
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| |
Engine, Emissions and Vehicle Research Division
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| |
Engine, Emissions and Vehicle Research Division
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| |
Administration
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| |
Administration
|
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| Materials--Durabillity Testing |
| |
Administration
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| |
Inorganics/Radiochemistry
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| Materials--Friction Testing |
| |
Surface Engineering and Materials Chemistry Section
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| |
Corrosion Science and Process Engineering
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| |
Mining Geotechnical and Facility Engineering
|
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| Materials--Full Scale Structural Test |
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Administration
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| |
Robotics and Automation Engineering
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| |
Marine Structures and Engineering Section
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| Materials--Mechanical Property Testing |
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| Testing of mechanical properties of materials. |
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| |
Administration
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| |
Materials Engineering Department
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| |
Mechanics and Materials Section
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| |
Aerospace Structures Section
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| |
Mining Geotechnical and Facility Engineering
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| Materials--Microwave Processing |
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Automation and Data Systems Division
|
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| Materials--Nondestructive Testing |
| |
Aerospace Systems Engineering
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| |
Applied Physics Division
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| |
Sensor Systems and Nondestructive Evaluation (NDE) Technology Department
|
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| MathCAD |
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| Mathcad - Engineering Calculation Software |
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| |
SwARC Support and Business Development Detroit Operations
|
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| Matlab |
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| A computer programming language. |
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| |
SwARC Support and Business Development Detroit Operations
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| |
Network-Centric Systems
|
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| Mechanical Design |
| |
Robotics and Automation Engineering
|
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| Transmission and drivetrain component design: housings, gears, shafts, clutches, brakes bearings, seals, springs, cams, mechanisms, continuously variable transmission components
|
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| |
Drivetrain Design and Development
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| |
Administration
|
| |
Division Administration
|
| |
Administration
|
| |
Robotics and Automation Engineering
|
| |
Electro-Mechanical and Robotic Systems Group
|
| |
Administration
|
| |
Department of Electromechanical and Optical Systems
|
| |
Department of Electronics Systems and Robotics
|
| |
Applied Physics Division
|
| |
Fluids and Machinery Engineering Department
|
| |
Marine Structures and Engineering Section
|
| |
Sensor Systems and Nondestructive Evaluation (NDE) Technology Department
|
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| Mechanical Design--Compressors/Pumps |
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| Mechanical design and consultation for compressors and pumps. |
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| |
Fleet and Field Evaluations Section
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| |
Materials Engineering Department
|
| |
Administration
|
| |
Machinery Piping Design
|
| |
Rotating Machinery
|
| |
Fluids and Machinery Engineering Department
|
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| Mechanical Engineering |
| |
Administration
|
| |
Fire Resistance Section
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| |
Engineering and Research Section
|
| |
Division Administration
|
| |
Administration
|
| |
Department of Electromechanical and Optical Systems
|
| |
Administration
|
| |
Fluid Dynamics and Multiphase Flow
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| |
Machinery Piping Design
|
| |
Marine Structures and Engineering Section
|
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| Mechatronics |
| |
Division Administration
|
| |
Administration
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| |
Robotics and Automation Engineering
|
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| Medical Components Wear |
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| A recent project measured hip joint wear on a 6-station Shore Western Hip Joint Simulator, using radioactive tracer technology. This project involved nuclear implantation of standard and x-linked high molecular weight polyethylene acetabular cups to evaluate the absolute and relative wear of these materials. Pin on disc (metal on metal) wear measurements were also accomplished using radioactive tracer techniques. |
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| |
Filtration and Fine Particle Technology
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| |
Biomedical Engineering Section
|
| |
Surface Engineering and Materials Chemistry Section
|
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| Medical Device Coatings |
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| Medical Device Coatings |
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| |
Surface Engineering and Materials Chemistry Section
|
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| Medical Device Development |
| |
Administration
|
| |
Biomedical Engineering Section
|
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| Medical Device Testing |
| |
Engine, Emissions and Vehicle Research Division
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| |
Fluids Filtration and Handling Research
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| |
Biomedical Engineering Section
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| |
Automation and Data Systems Division
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| |
Materials Engineering Department
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| |
Surface Engineering and Materials Chemistry Section
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| |
Environmental Performance of Materials
|
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| Medical Device Testing (EMC) |
| |
Unmanned Systems and Sensors
|
| |
Biomedical Engineering Section
|
| |
Automation and Data Systems Division
|
| |
Fluids and Machinery Engineering Department
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| |
Fluids and Machinery Engineering Department
|
| |
Structural Engineering Department
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| |
Structural Engineering Department
|
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| Medical Information Systems/Technology |
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| The analysis of and development of computer information systems focused in the area of Medical Information Technology. These systems include, but are not limitted to: Electronic Medical Records systems, Telemedicine, Pharmacy Information Systems, Laboratory Information Systems, Physician Order Entry, Radiology, Triage & Mass casualty, and any system which aids in the collection, analysis, and presentation of Medical Information. |
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| |
Division Administration
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Division Operations
|
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| Medical Optics |
| |
Biomedical Engineering Section
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| |
Automation and Data Systems Division
|
| |
Surface Engineering and Materials Chemistry Section
|
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| Medical Training Technologies |
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| Simulation products and services to meet the outsourcing needs for development, preservation and evaluation of medical skills and competency. |
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| |
Administration
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| |
Biomedical Engineering Section
|
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| Medium Speed Diesel Engines |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Medium Speed Diesel Engine Section
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| |
Fuels and Lubricants Research Division
|
| |
Lubricant Analysis, Administrative Staff
|
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| Medium Speed Natural Gas Engines |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Medium Speed Diesel Engine Section
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| |
Fuels and Lubricants Research Division
|
| |
Lubricant Analysis, Administrative Staff
|
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| MEMS (MicroElectroMechanical Systems) |
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| Develop custom MEMS-based sensing systems. Sensors, chemical/biological applications, medical applications, microfluidic applications, system development, consumer products, hand held device development. |
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| |
Biomedical Engineering Section
|
| |
Department of Electromechanical and Optical Systems
|
| |
Mechanics and Materials Section
|
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| MEMS and Microfluids |
| |
Biomedical Engineering Section
|
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| MEMS Reliability |
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| MEMS Reliability |
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| |
Mechanics and Materials Section
|
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| Mercon Testing |
| |
Specialty and Driveline Fluids Evaluations Section
|
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| mesoscale and regional atmospheric modeling |
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| Develop and apply numerical modeling codes to study the behavior of Earth and other planetary atmospheres on the local and regional scale. |
 |
| |
Scot Rafkin's Homepage
|
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| Metal Pipes |
| |
Fluids and Machinery Engineering Department
|
| |
Marine Structures and Engineering Section
|
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| Metallurgy |
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Materials Engineering Department
|
| |
Mechanics and Materials Section
|
| |
Environmental Performance of Materials
|
| |
Failure Analysis & Technical Services
|
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| Meteorology |
| |
Chemical Engineering
|
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| Applied to aeolian dunes |
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| |
Earth and Planetary Sciences
|
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| General topics in Meteorology, including local and regional weather and modeling, climate modeling, clouds, precipitation, and the weather and climate of other planetary bodies including Mars, Venus, and Titan. |
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| |
Space Science and Engineering Division
|
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| Metering Facility |
| |
Administration
|
| |
Machinery Piping Design
|
| |
Flow Measurement
|
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| Meters--Calibration/Testing--Natural Gas |
| |
Administration
|
| |
Machinery Piping Design
|
| |
Flow Measurement
|
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| Microbial Growth Assessment/Analysis |
 |
| Microbial Growth Assessment/Analysis implies that growth studies of microbial species level 1 or 2 can be conducted, quatification and identification of knowns and unknowns can be performed,microbial limit studies, toxicity & susceptibility studies as well as brightfield,stereo, and fluorescence microscopy. |
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| |
Science & Analysis
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| Microbial Testing |
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| Biodegradability studies, drinking water bacteriology analyses, biological disinfection and efficacy rate evaluations. |
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| |
Inorganics/Radiochemistry
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| |
Environmental Engineering and Monitoring
|
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| Microbially Influenced Corrosion |
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| Corrosion influenced by microbial action. |
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| |
Materials Engineering Department
|
| |
Materials Engineering Department
|
| |
Environmental Performance of Materials
|
| |
Geosciences and Engineering Division
|
| |
Geological and Aerospace Materials
|
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| Microelectronics |
| |
Administration
|
| |
Administration
|
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| Microelectronics--Failure Analysis |
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| The SwRI Component-Analysis Group specializes in failure analysis of electronic and electrical components. Included in the Group's experience are (1) integrated circuits (e.g., operational amplifiers, logic devices, voltage regulators, etc.), (2) discrete semiconductor devices (e.g., transistors, diodes, optoelectronic devices, silicon controlled rectifiers, etc.), and (3) a wide variety of other electronic and electrical components. Laboratory equipment supports key failure-analysis operations including photography, optical microscopy, x-radiography, package opening, scanning-electron microscopy, elemental analysis by energy-dispersive x-ray spectroscopy, cross sectioning (both mounted and unmounted), microprobing, wet-chemical and plasma etching, hermeticity testing, and particle-impact-noise detection. |
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| |
Department of Electronics Systems and Robotics
|
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| Microencapsulation |
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| R&D services for the development of microencapsulated materials for a broad range of applications.
|
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| |
Administration
|
| |
Microencapsulation
|
| |
Biomedical Materials Engineering
|
| |
Administration
|
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| Microencapsulation of Food Additives |
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| Encapsulaltion for release under specific conditions |
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| |
Microencapsulation
|
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| Microgravity Fluid Mechanics |
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| This technical area covers dynamics of fluid behavior in space vehicle tanks under low- or zero-gravity conditions. |
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| |
Fluid Dynamics and Multiphase Flow
|
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| Microgravity Liquid Gauging |
| |
Fluid Dynamics and Multiphase Flow
|
 |
| Microscopy--Optical |
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| Transmitted and reflected light, including cross-polarized light; optical petrography and mineralogy; fluid inclusion microthermometry. The Component-Analysis Group has multiple optical microscopes that are routinely used for optical microscopy of electronic components, microelectromechanical systems (MEMS), and other objects. A high-quality metallurgical microscope (40X to 1500X), which is equipped for bright-field, dark-field, interference-contrast, and fluorescence, and a high-quality zoom macroscope (4X to 80X), which is equipped with both through-the-lens and optical-fiber ring illuminators, form the backbone of the Group's optical-microscopy equipment; both of these microscopes are also equipped with high-resolution color digital cameras. Additionally, the Group has several medium-magnification stereo microscopes that are suitable for visual inspection purposes. |
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| |
Department of Electronics Systems and Robotics
|
| |
Materials Engineering Department
|
| |
Surface Engineering and Materials Chemistry Section
|
| |
Geochemistry
|
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| Microscopy--Scanning Electron |
 |
| Component-Analysis Group has a scanning-electron microscope (SEM) that is equipped with an energy-dispersive x-ray elemental-analysis system. Using this equipment, Group personnel routinely perform scanning-electron microscopy of a variety of objects including electronic components, microelectromechanical systems (MEMS), and components of larger electrical equipment. Additionally, using the energy-dispersive x-ray system, Group personnel can also determine elemental composition of an object while it is being imaged. |
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| |
Department of Electronics Systems and Robotics
|
| |
Materials Engineering Department
|
| |
Surface Engineering and Materials Chemistry Section
|
 |
| Microwave |
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| Microwave testing, microwave heating, microwave circuits, microwave antennas, microwave communications, microwave radar, microwave sensing.
|
 |
| |
Autonomous Systems and Control
|
| |
Applied Physics Division
|
| |
Antenna and RF Engineering
|
| |
Staff Engineers and Specialists
|
| |
Staff Engineers
|
| |
Fluids and Machinery Engineering Department
|
| |
Structural Engineering Department
|
| |
|
 |
| Microwave Network Analysis |
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| Perform vector network measurements up to 110 GHz; can do waveguide band segments; single sweep over the entire frequency range. Instruments associated with anechoic chamber facilities where we can extend the capability to measurement of antennas and material properties. |
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| |
S & P
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Surveillance Systems
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| |
Tracking Systems
|
| |
Surveillance and Geolocation Department
|
| |
Staff Engineers
|
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| Microwave Processing of Materials |
| |
Automation and Data Systems Division
|
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| Microwave--Antenna Design |
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| "Microwave - Antenna Design" encompassses many different types of antennas and technologies. We look at the requirements and assess our ability to do the work. |
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| |
S & P
|
| |
Applied Physics Division
|
 |
| Microwave--Communications |
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| This ncompassses various technologies. Some examples are:
X- and Ku-band satellite RF assemblies
Spatially-combined millimeter wave satellite uplink transmitters
Ku-band VSAT uplink transmitter
V-band audio communicator link
Multi-channel Ka-band audio link
Miniature K-band audio link
C-band T-1 data link transmitter reliability analysis
L- and S-band backscatter tag reader system |
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| |
Integrated Diagnostics Section
|
| |
S & P
|
| |
Applied Physics Division
|
| |
Staff Engineers and Specialists
|
 |
| Microwave--Tagging Systems |
| |
Applied Physics Division
|
| |
Tracking Systems
|
| |
Surveillance and Geolocation Department
|
| |
Staff Engineers
|
 |
| MIL Elec w/Emphasis Aerospace Systems |
| |
Administration
|
| |
Unmanned Systems and Sensors
|
 |
| MIL St 202 Testing |
| |
Fluids and Machinery Engineering Department
|
| |
Fluids and Machinery Engineering Department
|
| |
Structural Engineering Department
|
| |
Structural Engineering Department
|
 |
| MIL Std 1553 Communications |
 |
| Knowledge of the MIL-STD-1553 military communications bus standard, and experience in implementing or testing hardware and/or software systems utilizing the standard. |
 |
| |
Integrated Diagnostics Section
|
| |
Unmanned Systems and Sensors
|
| |
Aerospace Systems Engineering
|
| |
Administration
|
| |
High Reliability Software
|
 |
| MIL Std 28800 Testing |
| |
Biomedical Engineering
|
| |
Structural Engineering Department
|
 |
| MIL Std 461/462 Testing |
| |
Fluids and Machinery Engineering Department
|
| |
Fluids and Machinery Engineering Department
|
| |
Structural Engineering Department
|
| |
Structural Engineering Department
|
 |
| MIL Std 810 Testing |
| |
Biomedical Engineering
|
| |
Materials Engineering Department
|
| |
Structural Engineering Department
|
 |
| MIL Std 882B Analyses (Safety) |
| |
Fluids and Machinery Engineering Department
|
| |
Fluids and Machinery Engineering Department
|
| |
Aerospace Structures Section
|
| |
Structural Engineering Department
|
| |
Structural Engineering Department
|
 |
| MIL Std Documentation (DOD-D-1000) |
 |
| MIL Std Documentation (MIL/DOD-D-1000, MIL/DOD-STD-100, MIL-T-31000) SwRI can prepare and deliver Control Drawings in MIL Standard formats.
Control Drawing can encompass the following:
Specification Control Drawings
Source Control Drawings
Design Control Drawings
Vendor Item Control Drawings |
 |
| |
Aerospace Systems Engineering
|
| |
Division Administration
|
| |
Administration
|
| |
Administration
|
 |
| MIL-STD-1543B |
 |
| Div 09 performs sneak circuit analysis for critical weapon system electronics and controls - typically involving munitions or weapon delivery - to identify unintended circuit paths that could inadvertently alters the intended performance of the system - whether by causing unintended results or by preventing intended results from occurring. Div 09 performs sneak circuit analysis using MIL-STD-1543B as a
guideline and by blending the use of a commercially available software tool (SCAT, or Sneak Circuit Analysis Tool (TM)) with focused analytical techniques to identify and charaterize potential operational hazards of
a system or subsystem. |
 |
| |
Administration
|
| |
Unmanned Systems and Sensors
|
 |
| MIL-STD-1760 Interface |
 |
| Knowledge and use of the 1760 interface, as it applies to Smart Weapons |
 |
| |
Unmanned Systems and Sensors
|
 |
| Mileage Accumulation Dynamometers |
 |
| Also referred to in the industry as road simulators. They are used for rapid mileage accumulation 24 hours a day 7 days per week. |
 |
| |
Fleet and Field Evaluations Section
|
 |
| Military Drawings |
| |
Robotics and Automation Engineering
|
| |
Department of Electromechanical and Optical Systems
|
 |
| Military Electronics Ground Based |
| |
Administration
|
| |
SIGINT Solutions Department
|
 |
| Military Electronics w/Emphasis on RF |
 |
| Military Electronics with an emphasis or RF generally include (1) Radios, (2) Radar Systems, and (3) Other Electronic Warfare Systems. |
 |
| |
Integrated Diagnostics Section
|
| |
Automation and Data Systems Division
|
| |
Surveillance Systems
|
 |
| Military Electronics--Direction Finding |
| |
Office of the Vice President
|
| |
Program Management
|
| |
Staff Engineers and Specialists
|
 |
| Military Engines |
| |
Administration
|
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Fuels, Lubricants, and Fluids Applications
|
| |
Administration
|
| |
Aircraft Systems Integration Section
|
| |
Unmanned Systems and Sensors
|
| |
Aerospace Systems Engineering
|
| |
Department of Electromechanical and Optical Systems
|
| |
Computational Mechanics
|
| |
Materials Engineering Department
|
| |
Environmental Performance of Materials
|
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Failure Analysis & Technical Services
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| Military Operations Research |
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| Logistics and operations research for the USAF Air Mobility Command and Air Logistics Centers.
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Administration
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Contract & Administration
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Automation and Data Systems Division
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Aerospace Structures Section
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| Military Systems |
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| Past work includes: USAF Minuteman Missile Systems and the USAF BOMARC Missile Systems;
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Administration
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Unmanned Systems and Sensors
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Program Management
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Fluids and Machinery Engineering Department
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Structural Engineering Department
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CNWRA Operations
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| US Navy manned and unmanned subsea systems including pressure vessels, life-support systems, vehicle systems and structural systems |
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Mechanical and Materials Engineering Division
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| Millimeter Wave--Antenna Design |
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| Encompassses many different types of antennas and technologies. We look at the requirements and assess our ability to do the work. |
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S & P
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Applied Physics Division
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Tracking Systems
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Surveillance and Geolocation Department
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Staff Engineers
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| Millimeter Wave--Component/System Design |
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Engineering and Research Section
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S & P
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Applied Physics Division
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Staff Engineers and Specialists
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Staff Engineers
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| Mineral/Oil Leases of SwRI Land |
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| Mineralogy |
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| Involves working with all rock types, optical petrography, x-ray diffractometry, scanning electron microscopy
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Geochemistry
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Geosciences and Engineering Division
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| Mining Engineering |
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| Research and technical consulting in underground mine design, ground control systems, explosives design, rock fragmentation, and related areas. |
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Center for Nuclear Waste Regulatory Analyses
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Mining Geotechnical and Facility Engineering
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Geosciences and Engineering Division
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| Mining Equipment |
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| Consulting services for assessment of applicability of mining equipment including novel equipment. |
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Department of Electromechanical and Optical Systems
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Mining Geotechnical and Facility Engineering
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| Mining Machinery |
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Department of Electromechanical and Optical Systems
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Mining Geotechnical and Facility Engineering
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| Mining Methods |
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| Consulting services for selection of appropriate mining methods/processes for undergroung or surface excavation |
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Department of Electromechanical and Optical Systems
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Mining Geotechnical and Facility Engineering
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| Mining Stability |
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| Consulting services for mine stability analysis as a part of mine safety assessment. |
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Department of Electromechanical and Optical Systems
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Mining Geotechnical and Facility Engineering
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| MN-54 |
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| ANALYSIS FOR MANGANESE-54 |
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Administration
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Division Quality Assurance
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Administration
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| Mobile Laboratories |
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| Site laboratory for analytical and environmental testing services. |
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Administration
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Chemical Engineering
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Administration
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Environmental Engineering and Monitoring
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Engine, Emissions and Vehicle Research Division
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Chemistry and Unregulated Emissions
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Fuels and Lubricants Research Division
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| Mobile Laboratories--Engine/Turbine Emissions |
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| Mobile Emissions Laboratory is capable of sampling for the exhaust emissions from remotely located engines. We are strictly concerned with engines and gas turbines. |
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Chemistry and Unregulated Emissions
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| Mobile Robotics |
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Aerospace Electronics and Information Technology D
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Network Communications and Infrastructure Group
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| Model Shop Services |
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Administration
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Department of Electromechanical and Optical Systems
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Department of Electronics Systems and Robotics
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Fluid Dynamics and Multiphase Flow
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| Model Validation |
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| Model Validation |
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Administration
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Earth and Planetary Sciences
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| Model Verification and Validation |
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| Model verification is the process of determining that a model accurately represents the underlying mathematical model and its solution. Model validation is the process of determining the degree to which a model is an accurate representation of the real world from the perspective of the intended uses of the model. In other words, verification is demonstrating that the equations are being solved correctly, whereas validation is demonstrating that the correct equations are being solved. |
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Aerospace Systems Engineering
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Administration
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| Modeling - Molecular Properties and Reactions |
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| Experise in the calculation of molecular structure and energetics, including reaction energetics and dynamics. Makes use of molecular mechanics (MM) and quantum chemical methods including ab initio and density functional (DFT) methods. |
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Synthesis and Drug Delivery
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| Modeling -- Fatigue Life |
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| Modeling -- Fatigue Life |
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Mechanics and Materials Section
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| Modeling--Chemical Spills |
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Fluid Dynamics and Multiphase Flow
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| Modeling--Chemometric |
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| Chemometrics is a branch of analytical chemistry that uses mathematical and statistical techniques to extract relevant information from chemical measurement data. |
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Engine, Emissions and Vehicle Research Division
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Fluids Filtration and Handling Research
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| Modeling--Electromagnetic |
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Science & Analysis
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Administration
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Applied Physics Division
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Applied Physics Division
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Staff Engineers and Specialists
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Fluids and Machinery Engineering Department
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Structural Engineering Department
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Sensor Systems and Nondestructive Evaluation (NDE) Technology Department
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| Modeling--Electronic |
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Autonomous Systems and Control
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Automation and Data Systems Division
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Administration
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Science & Analysis
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Applied Physics Division
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Department of Electronics Systems and Robotics
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Ballistics and Explosives Engineering Section
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| Modeling--Environmental |
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Administration
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Environmental Engineering and Monitoring
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Administration
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Computational Mechanics
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Center for Nuclear Waste Regulatory Analyses
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Earth Sciences
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Hydrology
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Geosciences and Engineering Division
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Earth and Planetary Sciences
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| Modeling--Explosion Effects |
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| Numerical simulations or replica models (usually in small scale) are utilized to study the effects of explosions on objects in the blast field. |
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Administration
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Computational Mechanics
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Ballistics and Explosives Engineering Section
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Mining Geotechnical and Facility Engineering
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| Modeling--Fire |
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| Expertise in Computational Fluid Dynamics based simulation and code development with combustion kinetics, particulate transport and material response. |
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Fire Resistance Section
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Engineering and Research Section
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Science & Analysis
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Administration
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Computational Mechanics
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| Modeling--Fluid Flow |
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| Predicting the characteristics of internal and external flows of viscous and inviscid, compressible and incompressible, steady and unsteady flows of fluids, using analytical and computational models. Applications to all areas of mechanical, chemical, civil, geological, and aerospace engineering. |
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Administration
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Computational Mechanics
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Administration
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Fluid Dynamics and Multiphase Flow
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Machinery Piping Design
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| |
Rotating Machinery
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| |
Center for Nuclear Waste Regulatory Analyses
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| |
Hydrology
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Earth and Planetary Sciences
|
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| Modeling--Mechanical |
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| Modeling of the mechanical behaviors of materials at the microstructural levels and micromechanical modeling at the mesoscale. Software: Matlab, Simulink, EASY5, MatrixX, ACSL, Amesim
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Powertrain Controls Section
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Administration
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Electro-Mechanical and Robotic Systems Group
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| |
Department of Electromechanical and Optical Systems
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Applied Physics Division
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| |
Materials Engineering Department
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| |
Mechanics and Materials Section
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| |
Sensor Systems and Nondestructive Evaluation (NDE) Technology Department
|
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| Modeling--Molecular |
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Materials Engineering Department
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| |
Surface Engineering and Materials Chemistry Section
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| |
Environmental Performance of Materials
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| Modeling--Networks |
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System Security and High Reliability Software
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| |
Network-Centric Systems
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Communications and Embedded Systems Department
|
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| Modeling--Nuclear Waste |
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Earth Sciences
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| Modeling--Physiological |
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Biomedical Engineering Section
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| |
Automation and Data Systems Division
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| Modeling--Process |
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Chemical Engineering
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| Modeling--Seismic/Acoustic |
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Administration
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| |
Fluids and Machinery Engineering Department
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| |
Fluids and Machinery Engineering Department
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| |
Administration
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| |
Structural Engineering Department
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| |
Mining Geotechnical and Facility Engineering
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| Modeling--Sensor Simulation |
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| Matlab, Simulink, EASY5, MatrixX, ACSL, Amesim
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Powertrain Controls Section
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| |
Administration
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| |
Systems Engineering
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| |
Systems Modeling
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| |
Emerging Technologies
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| |
Administration
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| Modeling--Simulation |
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| Hybrid vehicle modeling and simulation |
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Advanced Vehicle Technology
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| Instructional definition, design, development, test, installation and support of curricula, classroom aids, manuals, courseware, static mockups, interactive devices, and simulators that are used to teach maintenance concepts, troubleshooting procedures and repair actions for operational systems and equipment. |
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Administration
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Training, Simulation and Performance Improvement Division
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| |
Administration
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| |
Immersive Technologies
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| |
Systems Engineering
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Emerging Technologies
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| Modeling--Software |
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| Expertise in the design, development, verification, and validation of software for modeling and simulation of natural and engineered systems. Matlab, Simulink, EASY5, Amesim, and MatrixX |
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| |
Powertrain Controls Section
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| |
Aerospace Systems Engineering
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| |
Administration
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| |
Administration
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| |
Network-Centric Systems
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| |
Automation and Data Systems Division
|
| |
Ballistics and Explosives Engineering Section
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| Modeling--Ultrasonic |
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Fire Resistance Section
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| |
Engineering and Research Section
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| |
Administration
|
| |
Applied Physics Division
|
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| modified sternal method for oil |
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Inorganics/Radiochemistry
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| Monitoring--Equipment/Vibration |
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Unmanned Systems and Sensors
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| |
Fluids and Machinery Engineering Department
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| Motion Control |
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Division Administration
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| |
Administration
|
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| Motor--Electric |
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Department of Electronics Systems and Robotics
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| Motorcycle Engines |
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Administration
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| |
Engine, Emissions and Vehicle Research Division
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| |
Engine and Vehicle R&D
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| |
Advanced Combustion and Emissions
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| |
Certification, Audit, and Compliance
|
| |
Light Duty Vehicle Emissions
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| Motorcycles |
| |
Administration
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| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine and Vehicle R&D
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| |
Advanced Combustion and Emissions
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| |
Certification, Audit, and Compliance
|
| |
Light Duty Vehicle Emissions
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| Motorcycles - Alternative Fuels |
| |
Administration
|
| |
Advanced Combustion and Emissions
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| |
Certification, Audit, and Compliance
|
| |
Light Duty Vehicle Emissions
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| Motorcycles - Benchmarking |
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Administration
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| |
Advanced Combustion and Emissions
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| |
Certification, Audit, and Compliance
|
| |
Light Duty Vehicle Emissions
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| Motorcycles - Design |
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Administration
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| |
Advanced Combustion and Emissions
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| |
Certification, Audit, and Compliance
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| |
Light Duty Vehicle Emissions
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| Motorcycles - Durability Testing |
| |
Administration
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| |
Advanced Combustion and Emissions
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| |
Certification, Audit, and Compliance
|
| |
Light Duty Vehicle Emissions
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| Motorcycles - Dynamometer Testing |
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Administration
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| |
Advanced Combustion and Emissions
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| |
Certification, Audit, and Compliance
|
| |
Light Duty Vehicle Emissions
|
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| Motorcycles - EMC Testing |
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Administration
|
| |
Advanced Combustion and Emissions
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| |
Certification, Audit, and Compliance
|
| |
Light Duty Vehicle Emissions
|
| |
Structural Engineering Department
|
| |
Structural Engineering Department
|
 |
| Motorcycles - Emissions Development |
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Administration
|
| |
Advanced Combustion and Emissions
|
| |
Certification, Audit, and Compliance
|
| |
Light Duty Vehicle Emissions
|
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| Motorcycles - Engine Calibration |
| |
Administration
|
| |
Advanced Combustion and Emissions
|
| |
Certification, Audit, and Compliance
|
| |
Light Duty Vehicle Emissions
|
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| Motorcycles - Engine Design |
| |
Administration
|
| |
Advanced Combustion and Emissions
|
| |
Certification, Audit, and Compliance
|
| |
Light Duty Vehicle Emissions
|
 |
| Motorcycles - Engine Testing |
| |
Administration
|
| |
Advanced Combustion and Emissions
|
| |
Certification, Audit, and Compliance
|
| |
Light Duty Vehicle Emissions
|
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| Motorcycles - Engines |
| |
Administration
|
| |
Advanced Combustion and Emissions
|
| |
Certification, Audit, and Compliance
|
| |
Light Duty Vehicle Emissions
|
 |
| Motorcycles - Environmental Testing |
| |
Administration
|
| |
Advanced Combustion and Emissions
|
| |
Certification, Audit, and Compliance
|
| |
Light Duty Vehicle Emissions
|
 |
| Motorcycles - Filter Testing |
| |
Administration
|
| |
Advanced Combustion and Emissions
|
| |
Certification, Audit, and Compliance
|
| |
Light Duty Vehicle Emissions
|
 |
| Motorcycles - Fire Testing |
| |
Administration
|
| |
Advanced Combustion and Emissions
|
| |
Certification, Audit, and Compliance
|
| |
Light Duty Vehicle Emissions
|
 |
| Motorcycles - Fuel Testing |
| |
Administration
|
| |
Advanced Combustion and Emissions
|
| |
Certification, Audit, and Compliance
|
| |
Light Duty Vehicle Emissions
|
 |
| Motorcycles - Noise Testing |
| |
Administration
|
| |
Advanced Combustion and Emissions
|
| |
Certification, Audit, and Compliance
|
| |
Light Duty Vehicle Emissions
|
 |
| Motorcycles - Oil Testing |
| |
Administration
|
| |
Advanced Combustion and Emissions
|
| |
Certification, Audit, and Compliance
|
| |
Light Duty Vehicle Emissions
|
| |
Lubricant Analysis, Administrative Staff
|
 |
| Motorcycles - Performance Development |
| |
Administration
|
| |
Advanced Combustion and Emissions
|
| |
Certification, Audit, and Compliance
|
| |
Light Duty Vehicle Emissions
|
 |
| Motorcycles - Suspension |
| |
Administration
|
| |
Advanced Combustion and Emissions
|
| |
Certification, Audit, and Compliance
|
| |
Light Duty Vehicle Emissions
|
 |
| Motorcycles - Transmission Design |
| |
Administration
|
| |
Advanced Combustion and Emissions
|
| |
Certification, Audit, and Compliance
|
| |
Light Duty Vehicle Emissions
|
 |
| Motorcycles - Transmission Testing |
| |
Administration
|
| |
Advanced Combustion and Emissions
|
| |
Certification, Audit, and Compliance
|
| |
Light Duty Vehicle Emissions
|
 |
| Motorcycles - Vibration Analysis |
| |
Administration
|
| |
Advanced Combustion and Emissions
|
| |
Certification, Audit, and Compliance
|
| |
Light Duty Vehicle Emissions
|
| |
Structural Engineering Department
|
 |
| Motorcyles |
| |
Administration
|
| |
Advanced Combustion and Emissions
|
| |
Certification, Audit, and Compliance
|
| |
Light Duty Vehicle Emissions
|
 |
| Motorcyles - Noise Testing |
| |
Administration
|
| |
Advanced Combustion and Emissions
|
| |
Certification, Audit, and Compliance
|
| |
Light Duty Vehicle Emissions
|
 |
| MRP--I and II |
| |
Automation and Data Systems Division
|
 |
| Multimedia |
| |
Administration
|
| |
Training, Simulation and Performance Improvement Division
|
| |
Courseware and Performance Support Section
|
| |
Fluids and Machinery Engineering Department
|
| |
Structural Engineering Department
|
 |
| Multiphase Flows |
| |
Administration
|
| |
Computational Mechanics
|
| |
Administration
|
| |
Fluid Dynamics and Multiphase Flow
|
| |
Machinery Piping Design
|
| |
Center for Nuclear Waste Regulatory Analyses
|
| |
Hydrology
|
 |
| Vadose zone hydrologic data aquisition and modeling |
 |
| |
Earth and Planetary Sciences
|
 |
| Multiphase Metering/Pumping |
| |
Administration
|
| |
Fluid Dynamics and Multiphase Flow
|
 |
| Municipal Waste |
| |
Administration
|
| |
Environmental Engineering and Monitoring
|
| |
Department of Electromechanical and Optical Systems
|
 |