| C14 |
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| ANALYSIS - METHOD CARBON 14 |
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| |
Administration
|
| |
Division Quality Assurance
|
| |
Administration
|
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| C14 W |
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| ANALYSIS - METHOD CARBON 14 (WATER) |
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| |
Administration
|
| |
Division Quality Assurance
|
| |
Administration
|
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| C14S |
 |
| ANALYSIS - METHOD CARBON 14 (SOLID) |
 |
| |
Administration
|
| |
Division Quality Assurance
|
| |
Administration
|
 |
| C14W |
 |
| ANALYSIS - METHOD CARBON 14 (WATER) |
 |
| |
Administration
|
| |
Division Quality Assurance
|
| |
Administration
|
 |
| CA FSM 12-7A-4 testing |
 |
| burn test for decking (state fire marshal standard as referenced in the California referenced standards code) |
 |
| |
Fire Resistance Section
|
 |
| CA-45 |
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| ANALYSIS FOR CALCIUM-45 |
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| |
Administration
|
| |
Division Quality Assurance
|
| |
Administration
|
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| Cable Fire Testing |
| |
Administration
|
| |
Fire Resistance Section
|
 |
| Cable Fire Testing - Flame Spread |
| |
Fire Resistance Section
|
 |
| Cable Fire Testing - Smoke and Toxicity |
| |
Fire Resistance Section
|
 |
| Cable Stress Test |
| |
QA Inspection
|
| |
Institute Calibration Laboratory
|
 |
| Cadence OrCAD Capture CIS |
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| Cadence OrCAD Capture and Cadence OrCAD Capture CIS |
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| |
SwARC Support and Business Development Detroit Operations
|
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| Calibrate Micrometers |
| |
QA Inspection
|
 |
| Calibration Blocks (Samples) |
| |
Department of Electromechanical and Optical Systems
|
| |
Sensor Systems and Nondestructive Evaluation (NDE) Technology Department
|
 |
| Calibration Lab |
 |
| Calibration support of inspection, monitoring, test, and measurement equipment for the divisions and is not available for commercial work. ISO/IEC 17025 accredited in measurement areas of mechanical, electrical, frequency, dimensional and thermodynamics, and is compliant to ANSI/NCSL - Z540. |
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| |
Institute Calibration Laboratory
|
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| Calibration Standards |
| |
Department of Electromechanical and Optical Systems
|
| |
Sensor Systems and Nondestructive Evaluation (NDE) Technology Department
|
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| Calibration--Digital Analog Converter |
| |
Integrated Diagnostics Section
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| |
Network-Centric Systems
|
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| Calibration--Electrical |
 |
| For SwRI divisions only |
 |
| |
Fire Resistance Section
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| |
Department of Electronics Systems and Robotics
|
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| Calibration--Field/Process Control |
| |
Network-Centric Systems
|
| |
Production and Operations Department
|
 |
| Calibration--Flow Meters |
 |
| The Metering Research Facility can provide precise flow meter calibrations using either natural gas or nitrogen gas as a test medium. Calibrations can be performed over a range of operating pressures between 15 and 1200 psig. Accuracy of the calibration is on the order of 0.25% of meter reading. Test meter diameters between 0.5" and 12" can be accommodated. |
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| |
Administration
|
| |
Fluid Dynamics and Multiphase Flow
|
| |
Machinery Piping Design
|
| |
Flow Measurement
|
 |
| Calibration--Management Software |
| |
Network-Centric Systems
|
| |
Production and Operations Department
|
 |
| Calibration--Natural Gas Meters |
 |
| The Metering Research Facility can provide precise flow meter calibrations using natural gas as a test medium. Calibrations can be performed over a range of operating pressures between 15 anc 1200 psig. Accuracy of the calibration is on the order of 0.25% of meter reading. Test meter diameters between 0.5" and 12" can be accommodated. |
 |
| |
Administration
|
| |
Machinery Piping Design
|
| |
Flow Measurement
|
 |
| Calibration--Pressure Transducers |
 |
| Calibration Lab offers service fot SwRI divisions only |
 |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Fluids Filtration and Handling Research
|
| |
Machinery Piping Design
|
 |
| Calibration--Vibration |
 |
| Standard accelerometers with calibration traceable to the National Institute of Standards and Testing (NIST) are used to calibrate vibration sensors. Electrodynamic shakers are used to produce the vibration levels and
frequencies necessary to calibrate the sensors. |
 |
| |
Fluids and Machinery Engineering Department
|
| |
Fluids and Machinery Engineering Department
|
| |
Administration
|
| |
Structural Engineering Department
|
 |
| Calorimeter Testing |
 |
| We have two different scanning calorimeters to measure quantities of absorbed or evolved heat or for determining specific heats. One has high pressure capability up to 1000 psi. We have the ability to conduct thermal studies at ambient pressure of approximately -80C to 400C |
 |
| |
Chemical Engineering
|
| |
Inorganics/Radiochemistry
|
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Lubricant Analysis, Administrative Staff
|
| |
Fluids Filtration and Handling Research
|
| |
Applied Physics Division
|
 |
| Canister Life |
 |
| Canisters or activated carbon filters are used for cars and trucks to collect fuel vapors, especially gasoline vapors that try to escape to the air from fuel tanks or engine air intake manifolds. Our products provide services to industries on testing, research, and life evaluation of these carbon filters and to help them improve their products. |
 |
| |
Fuel Systems and Contamination Research
|
 |
| Canopy Inspection |
 |
| Inspection kit and methodology to inspect the attachment points of aircraft canopies using an optical and index matching fluid. The method allows visual examination of attachment details from the outside of the canopy. |
 |
| |
Robotics and Automation Engineering
|
| |
Administration
|
| |
Department of Electromechanical and Optical Systems
|
 |
| Car Certification/Emission/EPA |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Department of Emissions Research and Development
|
| |
Light Duty Vehicle Emissions
|
| |
Fuels and Lubricants Research Division
|
 |
| Car Datalink Development |
| |
Medium Speed Diesel Engine Section
|
| |
Network-Centric Systems
|
 |
| Car Design and Test Work |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Fluids and Machinery Engineering Department
|
| |
Marine Structures and Engineering Section
|
 |
| Car Electronics and Controls |
 |
| Design, development, debugging, and testing of electronics and control systems for automotive applications, including engine control systems, transmission control systems, in-vehicle electronics systems, and automotive electronics test systems. |
 |
| |
Powertrain Controls Section
|
| |
Administration
|
| |
Network-Centric Systems
|
| |
Network Communications and Infrastructure Group
|
 |
| Car Electronics--Failure Analysis |
| |
Department of Electronics Systems and Robotics
|
 |
| Car Noise/Vibration |
| |
Fluids and Machinery Engineering Department
|
| |
Fluids and Machinery Engineering Department
|
| |
Fluids and Machinery Engineering Department
|
| |
Administration
|
| |
Structural Engineering Department
|
 |
| Car Safety Tests--Barriers, Bridges, etc |
| |
Marine Structures and Engineering Section
|
| |
Structural Engineering Department
|
 |
| Carb Test Fuels |
| |
Chemical Engineering
|
| |
Administration
|
 |
| Carpet (Fire) Testing |
| |
Administration
|
| |
Fire Resistance Section
|
| |
Material Flammability
|
 |
| Casing Collapse Analysis |
 |
| SwRI performs numerical prediction of collapse of pipe sections subjected to external pressure. The predictions are based on mechanics models considering material properties, pipe geometry (diameter, wall thickness, ovality, eccentricity).
|
 |
| |
Marine Structures and Engineering Section
|
 |
| Casing Collapse Testing |
 |
| SwRI performs collapse tests on casing, pipe, hoses and tubing. SwRI places the pipe in a hyperbaric test chamber, and increases the external pressure until collapse occurs.
|
 |
| |
Test and Evaluation Section
|
| |
Marine Structures and Engineering Section
|
 |
| CASU III |
| |
Communications Department, Business Development
|
 |
| Contract Vehicle |
 |
| |
|
 |
| CASU IV |
 |
| CASU IV |
 |
| |
Communications Department, Business Development
|
 |
| Contract Vehicle |
 |
| |
|
 |
| Catalyst and Catalytic Converter Accelerated Aging |
 |
| Accelerated aging of catalysts and catalytic converters is a useful tool to simulate real world mileage accumulation in a short period of time. Accelerated aging can be performed using bench engines (thermal only) or using SwRI's FOCAS? system (thermal and oil poisoning). |
 |
| |
Aftreatment Research and Development Section
|
| |
Chemistry and Unregulated Emissions
|
| |
Aftertreatment Technology
|
 |
| Catalysts |
 |
| Synthetic gas reactor testing is commonly used to evaluate the performance of a variety of catalysts, including those used in automotive emissions control. SwRI?s Universal Synthetic Gas Reactor? (USGR?) was developed to perform numerous tests that can be rapid and cost-effective. It is an excellent tool for screening of catalyst formulations, and discerning their mechanisms of operation to assist in further development. |
 |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Aftreatment Research and Development Section
|
| |
Aftertreatment Technology
|
| |
Fuels and Lubricants Research Division
|
 |
| Catalysts development |
 |
| Catalysts development for chemical processes |
 |
| |
Chemistry & Refining Process Development
|
 |
| Catalytic Converter--Auto |
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Aftreatment Research and Development Section
|
| |
Aftertreatment Technology
|
| |
Fuels and Lubricants Research Division
|
| |
Fuels and Lubricants Research Division
|
| |
Fluids and Machinery Engineering Department
|
| |
Fluids and Machinery Engineering Department
|
| |
Administration
|
| |
Structural Engineering Department
|
 |
| Caterpillar Micro-Oxidation Test (CMOT) |
 |
| Measures lubricant oxidation and deposit forming tendencies under thin film conditions. |
 |
| |
Lubricant Analysis, Administrative Staff
|
 |
| Caterpillar Oil Test |
| |
JAB Supervisors
|
| |
Diesel Engineers and Technicians
|
| |
Lee Grant
|
| |
Department of Electromechanical and Optical Systems
|
 |
| Caterpillar TO-4 Test |
 |
| Caterpillar TO-4 Test refers to a power transmission fluid/hydraulic fluid specification. This type of fluid is used in Caterpillar produced construction and agricultural equipment. |
 |
| |
Specialty and Driveline Fluids Evaluations Section
|
| |
Fuel and Oil Inventory
|
| |
Administration
|
 |
| CCSDS (Consultative Committee for Space) |
 |
| Knowledge of and experience in implementing hardware and software command and data handling systems based on the Consultative Committee for Space Data Systems (CCSDS) recommendations.
|
 |
| |
Administration
|
| |
Administration
|
| |
Fluids and Machinery Engineering Department
|
 |
| CE Markings--Electronic Devices--EMC |
| |
Unmanned Systems and Sensors
|
| |
Fluids and Machinery Engineering Department
|
| |
Fluids and Machinery Engineering Department
|
| |
Structural Engineering Department
|
| |
Structural Engineering Department
|
 |
| CE Markings--Fire |
 |
| Third-party listing, labeling and follow-up inspection services for building materials intended for the European market. |
 |
| |
Administration
|
 |
| CE Markings--Medical Devices |
| |
Biomedical Engineering Section
|
| |
Automation and Data Systems Division
|
 |
| CE-144 |
 |
| ANALYSIS FOR CERIUM -144 |
 |
| |
Administration
|
| |
Division Quality Assurance
|
| |
Administration
|
 |
| Cellular Manufacturing |
| |
Division Administration
|
| |
Administration
|
| |
Automation and Data Systems Division
|
 |
| Cellular Radio |
| |
Institute Scientists
|
| |
Systems Engineering
|
 |
| Cement Plant Burning of Waste |
| |
Administration
|
 |
| Ceramics |
 |
| Synthesis, nanoparticles, manufacturing, sintering |
 |
| |
Materials Engineering Department
|
| |
Surface Engineering and Materials Chemistry Section
|
| |
Environmental Performance of Materials
|
| |
Fluids and Machinery Engineering Department
|
| |
Structural Engineering Department
|
| |
Corrosion Science and Process Engineering
|
 |
| Ceramics on Engines |
 |
| Knowledge of thermal barrier coatings and ceramic rolling elements. |
 |
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine and Vehicle R&D
|
| |
Diesel Technology Section
|
| |
Medium Speed Diesel Engine Section
|
| |
Administration
|
| |
SwARC Support and Business Development Administration
|
| |
Fuels and Lubricants Research Division
|
| |
Surface Engineering and Materials Chemistry Section
|
 |
| Certification of Cars/Motorcycles |
 |
| "Federal Test Procedure" or "FTP" or "FTP-75", "US06", "SC03", as well as the "Highway Fuel Economy Test" or "HFET" or "HWFET". Also European cycles: "MVEG", "MVEG-B", "NEDC",
"Euro 2", "Euro 3", "Euro 4", "Euro 5", "ECE", "ECE-15", "EUDC". Japanese
cycles include "10 Mode", "11 Mode", "10.15 Mode" and "15 Mode". All of the
above tests are conducted on a chassis dynamometer. |
 |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Department of Emissions Research and Development
|
| |
Light Duty Vehicle Emissions
|
| |
Fuels and Lubricants Research Division
|
 |
| Certification of Pressure Testing |
| |
Department Administration
|
 |
| Certification of Products |
 |
| Third party listing, labeling, and follow-up inspection services. |
 |
| |
Administration
|
 |
| CESIUM-134 |
 |
| ANALYSIS FOR CESIUM-134 |
 |
| |
Administration
|
| |
Division Quality Assurance
|
| |
Administration
|
 |
| CESIUM-137 |
 |
| ANALYSIS FOR CESIUM-137 |
 |
| |
Administration
|
| |
Division Quality Assurance
|
 |
| Chain Saw Testing |
 |
| Engine emissions test for certification to regulatory standards |
 |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Certification, Audit, and Compliance
|
| |
Light Duty Vehicle Emissions
|
| |
Fuels and Lubricants Research Division
|
| |
International
|
| |
JAB Supervisors
|
| |
Department of Electromechanical and Optical Systems
|
 |
| Chemical Agent Decontamination |
| |
Administration
|
| |
Material Development
|
| |
Environmental Engineering and Monitoring
|
 |
| Chemical Analysis--Elemental |
 |
| Elemental is described as inorganic metals analysis by ASTM D5185 ICP-AES, X-Ray, or Atomic Absorption and organic analysis via ASTM E168 FTIR. |
 |
| |
Division Quality Assurance
|
| |
Administration
|
| |
Organic
|
| |
Inorganics/Radiochemistry
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Lubricant Analysis, Administrative Staff
|
| |
Fluids Filtration and Handling Research
|
| |
Department of Electronics Systems and Robotics
|
 |
| Chemical Analysis--Explosive Chemicals |
 |
| Chemical instrumental analysis of trace level explosive residues. |
 |
| |
Administration
|
| |
Engineering and Research Section
|
| |
Technology Development
|
| |
Fuel Lab Prof Staff
|
| |
Science & Analysis
|
 |
| Chemical Analysis--Fuels |
 |
| Fuel testing of liquid fuels like gasoline, diesel, and aviation fuel. Does not include natural gas or propane type fuels. |
 |
| |
Chemical Engineering
|
| |
Organic
|
| |
Administration
|
| |
Process Chemistry
|
| |
Chemistry and Unregulated Emissions
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Fuel Survey Projects
|
| |
Fuel Lab Prof Staff
|
| |
Fuels, Lubricants, and Fluids Applications
|
| |
Fluids Filtration and Handling Research
|
 |
| Chemical Analysis--Hazardous Waste |
| |
Chemical Engineering
|
| |
Administration
|
| |
Organic
|
| |
Administration
|
| |
Fuel Lab Prof Staff
|
| |
Materials Engineering Department
|
 |
| Chemical Analysis--Lubricants |
| |
Chemical Engineering
|
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Lubricant Analysis, Administrative Staff
|
| |
Fuels, Lubricants, and Fluids Applications
|
| |
Fluids Filtration and Handling Research
|
 |
| Chemical Analysis--Materials |
| |
Synthesis and Drug Delivery
|
| |
Chemical Engineering
|
| |
Administration
|
| |
Materials Engineering Department
|
| |
Materials Engineering Department
|
| |
Surface Engineering and Materials Chemistry Section
|
| |
Environmental Performance of Materials
|
 |
| Chemical Analysis--Metals |
| |
Division Quality Assurance
|
| |
Administration
|
| |
Inorganics/Radiochemistry
|
| |
Materials Engineering Department
|
| |
Surface Engineering and Materials Chemistry Section
|
 |
| Chemical Analysis--Metals (Organic) |
 |
| Chemical instrumental analysis of organometallic compounds. |
 |
| |
Administration
|
| |
Inorganics/Radiochemistry
|
| |
Technology Development
|
 |
| Chemical Analysis--Pesticide Screening |
| |
Organic
|
 |
| Chemical Analysis--Petroleum Products |
 |
| Analysis of a fuel, oil, grease or coolant when no particular test is specified. |
 |
| |
Chemical Engineering
|
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Fuel Survey Projects
|
| |
Fuel Lab Prof Staff
|
| |
Lubricant Analysis, Administrative Staff
|
| |
Fuels, Lubricants, and Fluids Applications
|
| |
Fluids Filtration and Handling Research
|
 |
| Chemical Analysis--Polymers |
| |
Synthesis and Drug Delivery
|
| |
Chemistry and Unregulated Emissions
|
| |
Science & Analysis
|
 |
| Chemical Analysis--Surety Material |
 |
| Chemical surety laboratory operations; chemical surety agents; chemical surety testing and analysis |
 |
| |
Environmental Engineering and Monitoring
|
| |
Lubricant Analysis, Administrative Staff
|
 |
| Chemical and Vapor Explosions |
 |
| Product includes the simulation or modeling and analysis of explosions,
intentional or unintentional, involving gases, liquid vapors, and solids.
Measurements may include pressure, impulse, speed, temperature, strain, etc. |
 |
| |
Administration
|
| |
Engineering and Research Section
|
| |
Environmental Engineering and Monitoring
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Fuel Lab Prof Staff
|
| |
Fuels, Lubricants, and Fluids Applications
|
| |
Science & Analysis
|
 |
| Chemical Contamination |
| |
Administration
|
| |
Environmental Engineering and Monitoring
|
| |
Fuel Lab Prof Staff
|
 |
| Chemical Defense |
 |
| Chemical Defense - associated with chemical warfare agents, calmatives, and industrial compounds. Evaluate engineering and chemical processes used to destroy chemical weapons; conduct analytical assessment of decontamination effectiveness; evaluate chemical toxicity, determine mechanisms to mitigate exposure risk and determine other protective measures.
|
 |
| |
Administration
|
| |
Environmental Engineering and Monitoring
|
| |
Aerospace Structures Section
|
| |
Geosciences and Engineering Division
|
 |
| Chemical Demilitarization |
 |
| the US Army is destroying its entire stockpile of chemical weapons. SwRI has been continually involved in the process for almost 20 years, operating laboratories at the demilitarization sites to monitor for chemical agent and analyze plant process streams. We also developed analytical methods to detect and quantify chemical agent and agent decomposition products in a wide variety of matrices, which has been especially valuable to closure phases of the demilitarization sites. |
 |
| |
Administration
|
| |
Administration
|
| |
Demilitarization Laboratory Support
|
| |
Department of Environmental and Demilitarization Technology
|
| |
Umatilla Chemical Agent Disposal Facility
|
| |
Environmental Engineering and Monitoring
|
| |
Lubricant Analysis, Administrative Staff
|
 |
| Chemical Engineering |
| |
Administration
|
| |
Science & Analysis
|
| |
Administration
|
| |
Materials Engineering Department
|
 |
| Chemical Engineering - Process Design |
| |
S & P
|
 |
| Chemical Engineering--Consulting |
| |
Chemical Engineering
|
| |
Administration
|
 |
| Chemical Engineering--process design |
| |
S & P
|
 |
| Chemical Kinetics Modeling |
 |
| Chemical process modeling and reactive flow modeling |
 |
| |
Fuel Lab Prof Staff
|
| |
Administration
|
| |
Computational Mechanics
|
 |
| Chemical Plant Equipment |
| |
Chemical Engineering
|
| |
Chemistry & Refining Process Development
|
 |
| Chemical Plants--Equipment Vibration |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Lubricant Analysis, Administrative Staff
|
| |
Fluids and Machinery Engineering Department
|
 |
| Chemical Process Design |
| |
Microencapsulation
|
| |
Chemical Engineering
|
| |
Chemistry & Refining Process Development
|
| |
S & P
|
| |
Applied Physics Division
|
 |
| Chemical Process Modelling |
 |
| Chemical kinetics modeling; reactive flow |
 |
| |
Chemical Engineering
|
| |
Engineering and Research Section
|
| |
Fuel Lab Prof Staff
|
| |
Science & Analysis
|
| |
Administration
|
| |
Computational Mechanics
|
| |
Center for Nuclear Waste Regulatory Analyses
|
| |
Hydrology
|
 |
| Chemical Processes |
| |
Chemical Engineering
|
| |
Administration
|
| |
Environmental Engineering and Monitoring
|
 |
| Chemical Release |
| |
Administration
|
| |
Engineering and Research Section
|
| |
Science & Analysis
|
| |
Administration
|
 |
| Chemical Surety |
 |
| Chemical surety laboratory operations; chemical surety agents; chemical surety testing and analysis. |
 |
| |
Environmental Engineering and Monitoring
|
 |
| Chemical Warfare Agents |
| |
Administration
|
| |
Environmental Engineering and Monitoring
|
| |
Ballistics and Explosives Engineering Section
|
 |
| Chemical Waste Remediation/Restoration |
| |
Administration
|
| |
Engineering and Research Section
|
| |
Science & Analysis
|
| |
Materials Engineering Department
|
 |
| Chemical Waste Sampling/Survey/Investigation |
| |
Administration
|
| |
Administration
|
| |
Fuel Lab Prof Staff
|
 |
| Chemomechanic Materials |
| |
Administration
|
| |
Environmental Engineering and Monitoring
|
 |
| China business development |
 |
| Business development activities related to China, primarily for divisions 03, 08, and 18. |
 |
| |
SwARC Support and Business Development Administration
|
 |
| Chlorofluorocarbons |
| |
Chemical Engineering
|
| |
Organic
|
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Fuels, Lubricants, and Fluids Applications
|
 |
| Chromatography--Liquid/Gas |
 |
| Chemical analysis by high performance liquid chromatography (HPLC), liquid chromatography/mass spectroscopy (LC/MS and LC/MS/MS). Chemical analysis by gas chromatography/mass spectroscopy (GC/MS). |
 |
| |
Chemical Engineering
|
| |
Organic
|
| |
Technology Development
|
| |
Administration
|
| |
Process Chemistry
|
| |
Environmental Engineering and Monitoring
|
| |
Chemistry and Unregulated Emissions
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Lubricant Analysis, Administrative Staff
|
| |
Fuels, Lubricants, and Fluids Applications
|
| |
Fluids Filtration and Handling Research
|
 |
| Circuit Boards |
| |
Autonomous Systems and Control
|
| |
Automation and Data Systems Division
|
| |
Network-Centric Systems
|
| |
Special Processes Laboratory
|
| |
Administration
|
 |
| Circuit board design |
 |
| |
SwARC Support and Business Development Detroit Operations
|
| |
Computer Technology Section
|
 |
| Circuit Boards--Fabrication |
 |
| Fabrication for both internal and external clients |
 |
| |
Microencapsulation
|
| |
Computer Technology Section
|
| |
Special Processes Laboratory
|
| |
Mechanical Prototyping
|
| |
Administration
|
 |
| Circuit Boards--Failure Analysis |
| |
Department of Electronics Systems and Robotics
|
| |
Computer Technology Section
|
 |
| Civil Engineering Service/Testing/Design |
| |
Administration
|
| |
Ballistics and Explosives Engineering Section
|
| |
Mining Geotechnical and Facility Engineering
|
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| Clay Mineralogy |
| |
Center for Nuclear Waste Regulatory Analyses
|
| |
Washington Technical Support Office
|
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| Clean Heavy Duty Diesel Engine |
| |
Clean Diesel IV Consortium
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Administration
|
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| CM |
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| ANALYSIS FOR CORIUM |
 |
| |
Administration
|
| |
Division Quality Assurance
|
| |
Administration
|
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| CM-244 |
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| ANALYSIS FOR CURIUM-244 |
 |
| |
Administration
|
| |
Division Quality Assurance
|
| |
Administration
|
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| Coal BTU Meter |
| |
Environmental Engineering and Monitoring
|
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| Coal Cleaning |
| |
Chemical Engineering
|
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| Coal Conversion |
| |
Chemical Engineering
|
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| Coal Fuels Analysis |
| |
Chemical Engineering
|
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Fuels, Lubricants, and Fluids Applications
|
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| Coal gasification |
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| Coal gasification under plasma condition to facilitate the comtaminants removal. |
 |
| |
Chemistry & Refining Process Development
|
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| Coal Liquefaction |
| |
Chemical Engineering
|
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| Coating Removal |
| |
Administration
|
| |
Computational Mechanics
|
 |
| Coating Removal/Chemical |
| |
Material Development
|
| |
Mechanics and Materials Section
|
 |
| Coating--Thin Film |
| |
Material Development
|
| |
Department of Electronics Systems and Robotics
|
 |
| Coating/Paint---UV testing |
 |
| accelerated UV testing, simulated sun exposure |
 |
| |
Structural Engineering Department
|
 |
| Coatings |
 |
| Research, development, characterization and consulting support on hard coatings for reduced friction and wear, thermal barrier coatings, oxidation and corrosion resistant coatings, biocompatible coatings, and catalytic coatings. Industries serviced include power generation, aerospace, defense, biomedical, and tool and die manufacturers and related govement organizations. |
 |
| |
Microencapsulation
|
| |
Material Development
|
| |
S & P
|
| |
Applied Physics Division
|
| |
Materials Engineering Department
|
| |
Surface Engineering and Materials Chemistry Section
|
| |
Environmental Performance of Materials
|
| |
Mechanical and Materials Engineering Division
|
| |
Failure Analysis & Technical Services
|
 |
| Coatings Analysis |
| |
Materials Engineering Department
|
| |
Mechanics and Materials Section
|
| |
Surface Engineering and Materials Chemistry Section
|
| |
Environmental Performance of Materials
|
 |
| COBALT-57 |
 |
| ANALYSIS FOR COBALT-57 |
 |
| |
Administration
|
| |
Division Quality Assurance
|
| |
Administration
|
 |
| COBALT-60 |
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| ANALYSIS FOR COBALT-60 |
 |
| |
Administration
|
| |
Division Quality Assurance
|
| |
Administration
|
 |
| Cogeneration |
 |
| Often referred to as combined heat and power. It means using an engine driven generator for electrical power generation and using waste heat from the engine to heat building space or water. SwRI offers design, development, and testing services for this type of equipment. |
 |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Administration
|
| |
Medium Speed Diesel Engine Section
|
| |
Engine Development
|
| |
SwARC Support and Business Development Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Fuels and Lubricants Research Division
|
 |
| Cold Room Chamber Testing - Div. 18 |
 |
| Environmnetal Test Group (Mechanical Sciences Section of Div.18) has 6 "cold room chambers" --four are approximately 3' x 3' x 3' in size (can produce a low temperature down to -65 degrees C); two are approximatley 10' x 13' x 8' (can produce a low temperature down to -40 degrees C); all have ports for running control lines, power lines, etc. between the inside and outside of the chamber. All have separate monitoring systems to shutdown the chamber cooling if thermal runaway occurs. All have ethernet connections nearby so that test items can be monitored by our clients over a separate network that is connected to the internet. All are monitored by SwRI engineers remotely. |
 |
| |
Engineering and Research Section
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Administration
|
| |
Department of Emissions Research and Development
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Fuels and Lubricants Research Division
|
| |
Lee Grant
|
| |
Fuels, Lubricants, and Fluids Applications
|
| |
Fluids and Machinery Engineering Department
|
| |
Structural Engineering Department
|
 |
| Collapse Test |
 |
| External test performed on tubulars for collapse resistance - API Bulletin 5C3. |
 |
| |
Test and Evaluation Section
|
 |
| Colormetric Analysis--Wet Chemistry |
| |
Administration
|
| |
Inorganics/Radiochemistry
|
 |
| Combat Identification |
 |
| Combat Identification |
 |
| |
Staff Engineers
|
 |
| Combustion |
 |
| Fire performance testing of building materials and combustible liquids |
 |
| |
Administration
|
| |
Fire Resistance Section
|
| |
Engineering and Research Section
|
| |
Administration
|
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Administration
|
| |
Computational Mechanics
|
 |
| Combustion Analysis--Petroleum Products |
 |
| Product involves the monitoring of free combustion or a combustion process,
and analyzing for efficiency, heat release, and combustion products.
|
 |
| |
Chemical Engineering
|
| |
Administration
|
| |
Chemistry and Unregulated Emissions
|
| |
Science & Analysis
|
 |
| Combustion Engines |
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Administration
|
| |
Fuels and Lubricants Research Division
|
 |
| Combustion Modeling |
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine and Vehicle R&D
|
 |
| Combustion of Composites |
 |
| Product involves the monitoring of free combustion or a combustion process,
and analyzing for efficiency, heat release, and combustion products.
|
 |
| |
Administration
|
| |
Science & Analysis
|
| |
Materials Engineering Department
|
 |
| Combustion of Fuels |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Administration
|
| |
Fuels, Lubricants, and Fluids Applications
|
 |
| Combustion Problems |
| |
Administration
|
| |
Engineering and Research Section
|
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Fuels, Lubricants, and Fluids Applications
|
| |
Science & Analysis
|
| |
Computational Mechanics
|
 |
| Combustion Toxicity--Gas/Vapor/Smoke |
| |
Department of Engineering Applications and Systems Development
|
 |
| Combustion Toxicity--Materials/Textiles |
| |
Administration
|
| |
Fire Resistance Section
|
| |
Department of Engineering Applications and Systems Development
|
 |
| Combustion Turbines |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Administration
|
| |
Computational Mechanics
|
| |
Materials Engineering Department
|
| |
Mechanics and Materials Section
|
| |
Environmental Performance of Materials
|
| |
Failure Analysis & Technical Services
|
| |
Rotating Machinery
|
 |
| Combustion--Environmental Effects |
| |
Administration
|
 |
| COMINT (COMmuniatinos INTelligence) |
 |
| COMINT solutions range from design, analysis, test, to development and fielding of complete communcations intelligence( or Electronic Warfare Support) systems. Related strengths include: electromagnetic modeling, antenna/antenna array design, propagation studies/analysis, RF design, signal detection/acquisition, automatic signal recognition, direction finding/TDOA/FDOA/geolocation, demodulation/decoding, and reporting. |
 |
| |
Office of the Vice President
|
| |
Staff Engineers and Specialists
|
 |
| Command and Control Center Systems |
 |
| Design, development, and integration of computer and network-based subsystems required for both centralized and distributed command and command and control centers. This includes both COTS and custom hardware and software. Typical applications include NASA mission operations centers, traffic management centers, and military command and control centers. |
 |
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Systems Modeling
|
| |
Administration
|
| |
Administration
|
| |
Administration
|
| |
Traffic Management Systems Group
|
 |
| Command and Control Warfare |
| |
Systems Modeling
|
| |
Automation and Data Systems Division
|
| |
Network-Centric Systems
|
| |
Automation and Data Systems Division
|
 |
| Command and Data Handling Systems |
| |
Division Operations
|
| |
Administration
|
| |
Administration
|
| |
Traffic Management Systems Group
|
| |
Computer Technology Section
|
 |
| Communications |
 |
| Development of system designs for custom communications applications. Short-range point-to-point requirements and some types of earth satellite applications are included. |
 |
| |
Aircraft Systems Integration Section
|
| |
Administration
|
| |
System Security and High Reliability Software
|
| |
Communications and Embedded Systems Department
|
| |
Network Communications and Infrastructure Group
|
| |
Department of Electronics Systems and Robotics
|
| |
Staff Engineers and Specialists
|
| |
Surveillance Systems
|
| |
Staff Engineers
|
| |
Fluids and Machinery Engineering Department
|
| |
Fluids and Machinery Engineering Department
|
| |
Structural Engineering Department
|
| |
Structural Engineering Department
|
 |
| Communications Electronics |
 |
| Development of custom communications equipment for instrumentation, telemetry, and surveillance applications. |
 |
| |
Integrated Diagnostics Section
|
| |
Administration
|
| |
Department of Electronics Systems and Robotics
|
| |
Surveillance Systems
|
 |
| Composite Fabrication |
| |
Administration
|
| |
Applied Physics Division
|
| |
Materials Engineering Department
|
| |
Surface Engineering and Materials Chemistry Section
|
| |
Environmental Performance of Materials
|
 |
| Composite Fire Testing |
 |
| Performance testing of structural composites and composite panels used in the marine and building industries to include material flammability, fire resistance, smoke, and toxicity. |
 |
| |
Administration
|
| |
Fire Resistance Section
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Administration
|
 |
| Composite Materials |
| |
Department of Engineering Applications and Systems Development
|
| |
Materials Engineering Department
|
| |
Surface Engineering and Materials Chemistry Section
|
| |
Environmental Performance of Materials
|
 |
| Composite Processing |
| |
Materials Engineering Department
|
| |
Surface Engineering and Materials Chemistry Section
|
| |
Environmental Performance of Materials
|
 |
| Composite Structures |
| |
Aerospace Structures Section
|
 |
| Composites |
| |
Materials Engineering Department
|
| |
Surface Engineering and Materials Chemistry Section
|
| |
Environmental Performance of Materials
|
 |
| Composites--Computational Modeling |
| |
Administration
|
| |
Computational Mechanics
|
| |
Mechanics and Materials Section
|
| |
Aerospace Structures Section
|
 |
| Compr. And Pumps--Design and Field Analysis |
 |
| Field diagnostic and testing services to identify operational problems with pumps and compressors, causes for performance deficiencies, component failures, and/or vibrations caused by rotating machinery. Also, we do post-test analysis to identify appropriate corrective measures to prevent future problems. |
 |
| |
Environmental Engineering and Monitoring
|
| |
Administration
|
| |
Fluids and Machinery Engineering Department
|
| |
Machinery Piping Design
|
| |
Fluids and Machinery Engineering Department
|
 |
| Compr. Pulsation Analy. And Field Studies |
| |
Administration
|
| |
Fluids and Machinery Engineering Department
|
| |
Machinery Piping Design
|
| |
Fluids and Machinery Engineering Department
|
| |
Fluids and Machinery Engineering Department
|
 |
| Compressed Natural Gas |
 |
| The MRF can test devices that measure compressed natural gas. |
 |
| |
Automation and Data Systems Division
|
| |
Materials Engineering Department
|
| |
Mechanics and Materials Section
|
| |
Administration
|
| |
Machinery Piping Design
|
 |
| Compressor Diagnostics |
| |
Aerospace Systems Engineering
|
| |
Rotating Machinery
|
| |
Fluids and Machinery Engineering Department
|
 |
| Computational Electromagnetics |
| |
Science & Analysis
|
| |
Administration
|
| |
Applied Physics Division
|
| |
Staff Engineers and Specialists
|
 |
| Modeling for EMI/EMC |
 |
| |
Structural Engineering Department
|
 |
| Computational Fluid Dynamics |
 |
| Incompressible and compressible flows; free surface flows (sloshing); flows with heat transfer; natural convection flows. |
 |
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Department of Emissions Research and Development
|
| |
Engine Development
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Administration
|
| |
Computational Mechanics
|
| |
Fluid Dynamics and Multiphase Flow
|
| |
Rotating Machinery
|
 |
| Computational Mechanics |
 |
| Computational Mechanics |
 |
| |
Administration
|
 |
| Computer Aided Design (CAD), CAE, CAM |
 |
| Div. 10 = SolidWorks, AutoDesk Electrical, CosmosWorks FEA. Div. 15 = Pro/E Wildfire is used for solid modeling of piece parts and assemblies. These models are transferred to manufacturing personnel for use in CNC operations through the use of SURFCAM manufacturing software. The same PRO/E models are also used in the CAE discipline with ANSYS finite element analysis software to perform various simulations of the parts and assemblies. |
 |
| |
Drivetrain Design and Development
|
| |
Administration
|
| |
Robotics and Automation Engineering
|
| |
Department of Electromechanical and Optical Systems
|
| |
Instrument Systems Section
|
| |
Electromechanical Systems
|
| |
Fluid Dynamics and Multiphase Flow
|
| |
Fluids and Machinery Engineering Department
|
| |
Marine Structures and Engineering Section
|
| |
Sensor Systems and Nondestructive Evaluation (NDE) Technology Department
|
 |
| Pro/ENGINEER Wildfire
Unigraphics NX |
 |
| |
Aerospace Structures Section
|
 |
| Computer Aided Engineering |
| |
Biomedical Materials Engineering
|
| |
Robotics and Automation Engineering
|
| |
Electro-Mechanical and Robotic Systems Group
|
| |
Administration
|
| |
Fluid Dynamics and Multiphase Flow
|
 |
| Computer Assisted Instruction |
| |
Administration
|
| |
Courseware and Performance Support Section
|
| |
Contract & Administration
|
| |
Aerospace Structures Section
|
| |
|
 |
| Computer Based Training |
| |
Administration
|
| |
Courseware and Performance Support Section
|
| |
Contract & Administration
|
| |
Integrated Diagnostics Section
|
| |
|
 |
| Computer Development--Hardware |
| |
Administration
|
| |
Automation and Data Systems Division
|
| |
Network-Centric Systems
|
| |
Administration
|
| |
Computer Technology Section
|
| |
|
 |
| Computer Development--Medical Hardware |
| |
Biomedical Engineering Section
|
| |
Automation and Data Systems Division
|
| |
Computer Technology Section
|
 |
| Computer Development--Medical Software |
| |
Administration
|
| |
Division Operations
|
| |
Biomedical Engineering Section
|
| |
Computer Technology Section
|
 |
| Computer Development--Security |
| |
Automation and Data Systems Division
|
| |
Automation and Data Systems Division
|
| |
System Security and High Reliability Software
|
| |
Intelligent Transportation Systems Department
|
| |
Automation and Data Systems Division
|
| |
Computer Technology Section
|
 |
| Computer Development--Software |
 |
| The process of developing software through successive phases in an orderly way. This includes not only the
actual writing of code but also the preparation of requirements and objectives, the design of what is to be coded, and confirmation that what is developed has met objectives. Typical phases of software development:
1) Identification of required software
2) Analysis of the software requirements
3) Detailed specification of the software requirements
4) Software design
5) Programming
6) Testing
7) Maintenance
|
 |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Systems Engineering
|
| |
Integrated Diagnostics Section
|
| |
Administration
|
| |
Aerospace Systems Engineering
|
| |
Division Administration
|
| |
Division Operations
|
| |
Traffic Management Systems Group
|
| |
Traveler Information Systems Group
|
| |
Automation and Data Systems Division
|
| |
Computer Technology Section
|
| |
Earth and Planetary Sciences
|
| |
|
| |
|
 |
| Computer Integrated Manufacturing (CIM) |
| |
Division Administration
|
| |
Administration
|
| |
Administration
|
| |
Automation and Data Systems Division
|
| |
Administration
|
 |
| Computer Languages |
 |
| A computer language is a language used by, or in association with, computers. Often, the term is used synonymously with programming language, but in general a computer language need not be a programming
language. Computer languages can be classified into several kinds, including but not limited to the following:
Programming languages (Java, C/C++, C#, Ada, FORTRAN, COBOL, BASIC, LISP, etc.)
Specification languages (Alloy, SDL, UML, etc.)
Data Manipulation Languages (e.g., SQL)
Markup languages (HTML, SGML, XML, etc.)
Transformation languages (e.g., XSLT)
Communication protocols for networks (TCP/IP, UDP, etc.) |
 |
| |
Systems Engineering
|
| |
Integrated Diagnostics Section
|
| |
Aircraft Systems Integration Section
|
| |
Aerospace Systems Engineering
|
| |
Division Administration
|
| |
Division Operations
|
| |
Administration
|
| |
Administration
|
| |
Automation and Data Systems Division
|
| |
Computer Technology Section
|
 |
| Computer Ruggedness Testing |
| |
Structural Engineering Department
|
 |
| Computer Vision |
 |
| Processing 2D images and reconstruction of 3D images for precision measurement, scene analysis, pattern classification, intrusion recognition and anomoly detection. Experience includes visible light, infrared, millimater wave and hyperspectral images. Application areas include algorithn development, sensor fusion, Mars crater detection, spectrogram image analysis and biomedical image processing. |
 |
| |
Administration
|
| |
Robotics and Automation Engineering
|
| |
Process and Product Development Group
|
| |
Network-Centric Systems
|
 |
| Concrete--Structural |
| |
Ballistics and Explosives Engineering Section
|
| |
Mining Geotechnical and Facility Engineering
|
| |
Geosciences and Engineering Division
|
 |
| Conducting Polymers/Plastics |
| |
Administration
|
| |
Material Development
|
 |
| Conductivity--Semiconductivity |
| |
Administration
|
| |
Material Development
|
| |
Department of Electronics Systems and Robotics
|
 |
| Conductivity--Soil |
 |
| Evaluation of soil conductivity measuring equipment and systems; interpretation of soil conductivity field data. |
 |
| |
Administration
|
| |
Department of Electronics Systems and Robotics
|
| |
Earth and Planetary Sciences
|
 |
| Cone Calorimeter |
 |
| Cone Calorimeter testing of plastics. Test Standards run with the cone calorimeter are the ASTM E1354, the ISO 5660 and the NFPA 271. |
 |
| |
Fire Resistance Section
|
 |
| Connector Testing |
| |
Administration
|
| |
Department of Electromechanical and Optical Systems
|
| |
Fluids and Machinery Engineering Department
|
| |
Test and Evaluation Section
|
 |
| Connector Testing--Ships |
| |
Department of Electromechanical and Optical Systems
|
| |
Test and Evaluation Section
|
 |
| Connectors--Failure Analysis |
| |
Department of Electromechanical and Optical Systems
|
| |
Department of Electronics Systems and Robotics
|
 |
| Construction Analysis--Electronics |
 |
| Independent assessments of design, workmanship, cleanliness, and quality |
 |
| |
Department of Electronics Systems and Robotics
|
 |
| Contaminated Soil Explosivity |
 |
| Analysis of trace quantities of explosive compounds in soil samples. |
 |
| |
Administration
|
 |
| Contaminated Soil Remediation/Restorat. |
| |
Administration
|
 |
| Contaminated Soil Sampling/Survey/inves. |
 |
| Survey field sites to address environmental concerns. May require sample collection, field investigations, or other support to characterize conditions. Most activities are initiated to verify land or activity permit compliance, clients filing for use or activity permit, or in response to emergencies |
 |
| |
Administration
|
| |
Environmental Engineering and Monitoring
|
 |
| Continuously Variable Transmission |
 |
| "push belt" stand for lubricant, durability testing or product testing |
 |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Administration
|
 |
| Contraband Detection |
 |
| Contraband detection involves the inspection of articles, food items or persons to detect the presence of illegal materials (drugs, explosives, other dangerous products, etc.). The detection occurs without opening or destructive handling of the item being inspected. |
 |
| |
Power Systems Section
|
| |
Surveillance and Geolocation Department
|
| |
Staff Engineers
|
 |
| Contractor Logistics Support |
 |
| Contractor Logistics Support (often referred to as CLS) is when a single vendor manages the overall logistics process for a product, system or service, thereby achieving a long-term relationship with a client by
providing multiple services utilizing a total cost perspective. In Div.
7, we provide CLS services for fielded training systems, including
training curricula, courseware, computer-based training, web-based
training, simulations and simulators. |
 |
| |
Systems Engineering
|
| |
Aerospace Systems Engineering
|
 |
| Control Center Systems and Technology |
| |
Administration
|
| |
Administration
|
| |
Network Communications and Infrastructure Group
|
| |
Traffic Management Systems Group
|
 |
| Control Systems |
 |
| Design and development of real time software based electronic system to use feedback and control the behavior of electromechanical, electrohydraulic, hydromechanical, pneumatic or optical systems to suppress noise or disturbance or achieve desired tracking performance.
|
 |
| |
Powertrain Controls Section
|
| |
Aircraft Systems Integration Section
|
| |
Administration
|
| |
Computer Technology Section
|
 |
| Controlled Release |
| |
Administration
|
| |
Synthesis and Drug Delivery
|
 |
| Controls |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Powertrain Controls Section
|
| |
Advanced Vehicle Technology
|
| |
Fluids Filtration and Handling Research
|
| |
Administration
|
| |
Avionics and Support Systems Department
|
| |
Autonomous Systems and Control
|
| |
Administration
|
| |
Robotics and Automation Engineering
|
 |
| Controls--Simulation and Servo |
 |
| Servo-hydraulic or servo-electric control systems control system variables such as force, velocity, acceleration and temperature that used for material and tructural testing and simulation. Simulation of performance or response of servo-control system using analytical methods. Simulation of the environment (physical loads, vibration, thermal, etc.) that a system or structure is exposed to in actual use for the purpose to acelerated duration testing. The design and construction of servo-control systems. |
 |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Advanced Vehicle Technology
|
| |
Aircraft Systems Integration Section
|
 |
| Controls-Simulation and Servo |
 |
| Development of control systems using dynamic modeling, hardware in the loop for Servo mechanical/hydraulic systems. |
 |
| |
Powertrain Controls Section
|
 |
| Conversion--Diesel to Natural Gas |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
 |
| Conversion--Diesel to Natural Gas Engines |
| |
Engine Development
|
 |
| Conversion--Dual Fuel--Diesel-Gaseous Fuels |
 |
| Converting engines that run strickly on diesel fuel to those that can also run on natural gas, propane or hydrogen. |
 |
| |
Engineering and Research Section
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Administration
|
| |
Medium Speed Diesel Engine Section
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Fuels and Lubricants Research Division
|
 |
| Coolants/Antifreeze |
 |
| All chemical, physical, and performance tests associated with both light and heavy duty ASTM specifications. |
 |
| |
Fleet and Field Evaluations Section
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Lubricant Analysis, Administrative Staff
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| Cooperative Systems |
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Network Communications and Infrastructure Group
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| Cooperative Vehicle Systems |
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Network Communications and Infrastructure Group
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| Corrosion |
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Administration
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Mechanics and Materials 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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Corrosion Science and Process Engineering
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Geosciences and Engineering Division
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Geological and Aerospace Materials
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| - metal and coating degradation
- nanocrystalline coating
- aircraft materials and manufacturing process |
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Corrosion Science and Process Engineering
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| Corrosion and Stress Corrosion |
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Mechanics and Materials Section
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| Corrosion Antifreeze |
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| All corrosion tests required in both the light and heavy duty ASTM specifications |
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Engine, Emissions and Vehicle Research Division
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Lubricant Analysis, Administrative Staff
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Fuels, Lubricants, and Fluids Applications
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| Corrosion Fatigue |
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Mechanics and Materials Section
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Mechanical and Materials Engineering Division
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| Corrosion in Electronic Equipment |
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| Locating and analyzing corrosion failures in electronic and electrical components. Also, identifying sources of corrosion and suggesting preventive measures. |
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Department of Electronics Systems and Robotics
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Environmental Performance of Materials
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| Corrosion Measurement |
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| We use Radioactive Tracer Technology to measure crude oil corrosivity with and without shear stress. |
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Filtration and Fine Particle Technology
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| Courseware Development |
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Administration
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Contract & Administration
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| Crack Growth Testing |
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Materials Engineering Department
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| Cracking (Petroleum) |
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Chemical Engineering
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Administration
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Department of Electromechanical and Optical Systems
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| Crash Worthiness Test |
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Engineering and Research Section
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Department of Electromechanical and Optical Systems
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Marine Structures and Engineering Section
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Structural Engineering Department
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| Creep Analysis |
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Mechanics and Materials Section
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Failure Analysis & Technical Services
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| Creep Testing |
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Administration
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Materials Engineering Department
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Mechanics and Materials Section
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Mining Geotechnical and Facility Engineering
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Geosciences and Engineering Division
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| Cross Sectioning--Electronic Components |
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| Capabilities for cross-sectioning a wide variety of electronic and electrical components and parts thereof. Capabilities include preparing, mounting, rough cutting, grinding, polishing, etching, examining, and photomicrographing components. Both conventional mounted cross sectioning of components and unmounted cross sectioning of silicon chips are availalble. |
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Department of Electronics Systems and Robotics
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| Cryogenic Crystallization |
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Lubricant Analysis, Administrative Staff
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S & P
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Applied Physics Division
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| Cryogenic Engineering |
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| Cryogen fuel storage in space; cryogen fluid management in space |
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Engineering and Research Section
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Fluid Dynamics and Multiphase Flow
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| Cryogenic Pumps (Rotordynamics) |
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Fluids and Machinery Engineering Department
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Rotating Machinery
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Fluids and Machinery Engineering Department
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| Curriculum Design |
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| Curriculum Design |
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| Cyber Security |
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| Cyber Security |
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System Security and High Reliability Software
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