| S-35 |
 |
| ANALYSIS FOR SULFUR-35 |
|
| |
Vice President's Office |
| |
Analytical & Environmental Chemistry |
|
| SABERTM |
| |
Office of the Director |
| |
Program Management |
| |
Tracking Systems |
|
| SAE Air 4978 |
|
| FZG Gear Screening Test |
|
| |
Lube Prof Administrative Staff |
|
| SAE J1527 |
|
| Marine Fuel Hose Fire Resistance Tests.
|
|
| |
Fire Resistance |
|
| SAE J1858 |
|
| Filter Test - Multi-Pass Filter Test - bottle sampling and particle counts. |
|
| |
Lube Prof Administrative Staff |
|
| SAE J1942 |
|
| Hose and Hose Assemblies for Marine Applications.
|
|
| |
Fire Resistance |
|
| SAE J1985 |
|
| Fuel Filter Testing - Initial Single-Pass Efficiency Test. |
|
| |
Lube Prof Administrative Staff |
|
| SAE J2735 |
| |
Intelligent Vehicle Systems |
|
| SAE J300 |
|
| Pour Point - Stable |
|
| |
Lube Prof Administrative Staff |
|
| SAE J905 |
|
| SAE J905-1964: Filter Test - Bubble Method - Pore Size; SAE J905 Ch. 1: Fuel Filter Testing - Resistance to Flow (J905 C1); SAE J905 Ch. 2: Fuel Filter Testing - Filter Capacity and Contaminant Removal (J905 C2); SAE J905 Ch. 3: Fuel Filter Testing - Media Migration Test (4 filters) (J905 C3); SAE J905 Ch. 4: Fuel Filter Testing - Collapse Test (J905 C4); SAE J905 Ch. 5: Fuel Filter Testing - Ability to Meet Environmental Conditions/Effects of Water on Capacity; SAE J905 Ch. 6A: Fuel Filter Testing - Installation Torque; SAE J905 Ch. 6B: Fuel Filter Testing - Removal; SAE J905 Ch. 7A: Fuel Filter Testing - Burst Test; SAE J905 Ch. 7B: Fuel Filter Testing - Pressure Cycle Test; SAE J905 Ch. 7C: Fuel Filter Testing - Vibration Fatigue. |
|
| |
Fuels & Lubricants Technology |
|
| Safety Hazard Analysis |
| |
Fire Technology |
| |
Aerospace Engineering |
| |
Ballistics & Explosives Engineering |
| |
Fluid Dynamics |
| |
Aerospace Structures |
|
| Safety Representative |
|
| Safety Representative |
|
| |
Division Quality Assurance |
|
| Safety Valve Testing |
|
| API 14A and 6AV1 testing for subsurface, underwater, and surface safety valves
|
|
| |
Fluid Dynamics |
| |
Fluid Dynamics & Multiphase Flow |
|
| Safety Valve Testing (API 14A and 6AV1) |
|
| Testing for subsurface, underwater, and surface safety valves. |
|
| |
Fluid Dynamics |
| |
Fluid Dynamics & Multiphase Flow |
|
| Salt Fog Testing |
|
| The test involves exposing coatings (for example: paints, oil) to the corrosive
environment of a salt fog to test the protective abilities of the coatings.
|
|
| |
Lube Prof Administrative Staff |
| |
Environmental Performance of Materials |
| |
Fluids & Machinery Engineering |
| |
Structural Dynamics & Product Assurance |
|
| Salt Spray Test |
|
| The test involves exposing coatings (for example: paints, oil) to the corrosive
environment of a salt fog to test the protective abilities of the coatings. |
|
| |
Lube Prof Administrative Staff |
| |
Environmental Performance of Materials |
| |
Fluids & Machinery Engineering |
| |
Structural Engineering |
| |
Structural Dynamics & Product Assurance |
|
| Sample Custodian |
|
| Sample Custodian |
|
| |
Division Quality Assurance |
|
| Sample Management |
|
| Sample Management |
|
| |
Division Quality Assurance |
| |
Process Chemistry |
|
| Sampling--Environmental/Field |
| |
Chemical Engineering |
| |
Vice President's Office |
| |
Chemical Defense |
| |
Fire Technology |
|
| Sand flow test |
|
| Filter testing: Sand erosion test. |
|
| |
Fluid Dynamics |
|
| Satellite Beacons/Tracking Capabilities |
| |
Office of the Director |
| |
Program Management |
| |
Tracking Systems |
|
| SB-125 |
|
| ANALYSIS FOR ANTIMONY - 125 |
|
| |
Vice President's Office |
| |
Analytical & Environmental Chemistry |
|
| SC-1E Space Computer |
| |
Space Science & Engineering |
|
| Scale Modeling |
| |
Ballistics & Explosives Engineering |
| |
Fluid Dynamics & Multiphase Flow |
|
| Scanners, Manipulators |
| |
Robotics & Automation Engineering |
| |
Applied Physics |
| |
Electromechanical & Optical Systems |
| |
Sensor Systems & Nondestructive Evaluation (NDE) Technology |
|
| Scanning Electron Microscope |
|
| The SwRI 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. |
|
| |
Electronics Systems & Robotics |
| |
Materials Science & Failure Analysis |
| |
Materials Engineering |
|
| Scanning Probe Microscope |
| |
Systems Research & Products |
|
| SCAT (Sneak Circuit Analysis Tool) |
|
| 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. |
|
| |
Aerospace Engineering |
| |
Systems & Sensors |
|
| School Bus Seat |
|
| School Bus Seat Upholstered Fire Block Test.
|
|
| |
Material Flammability |
|
| School Buses--Alternative Fuels |
| |
Engine, Emissions & Vehicle Research |
| |
Emissions R&D |
|
| Seatbelt Testing |
| |
Fluid Machinery Systems |
| |
Marine & Offshore Systems |
|
| Seismic Analysis and Design |
| |
Engineering & Research |
| |
Applied Physics |
| |
Ballistics & Explosives Engineering |
| |
Environmental Protection & Waste Management for Non-High Level Radioactive Waste |
| |
Geosciences & Engineering |
| |
Engineering & Material Sciences |
|
| Seismic Hazard Analysis |
| |
Risk Analysis & Performance Assessment |
| |
Rockville Office |
|
| Seismic Testing |
| |
Fluids & Machinery Engineering |
| |
Structural Engineering |
| |
Environmental Protection & Waste Management for Non-High Level Radioactive Waste |
| |
Geosciences & Engineering |
| |
Engineering & Material Sciences |
|
| Semi-volatile Pollutants Analysis by GC/MS |
|
| There are no clear-cut definitions to distinguish semi-volatile from volatile organic compounds. However, dichlorobenzenes and trichlorobenzenes are being considered as volatile and semi-volatile organic compounds, respectively. Naphthalene is considered as high end of volatile compound and
low end of semi-volatile compounds. SwRI has over 35 years of experience in analyzing semi-volatile organic pollutants in the following chemical categories: pesticides, PCBs, chlorinated and brominated
dioxins/dibenzofurans, polybrominated diphenyl ethers (PBDEs), polycyclic aromatic hydrocarbons (PAHs), nitro-PAHs, and industrial chemicals. Almost any semi-volatile organic pollutants in any matrix can be analyzed by SwRI. |
|
| |
Process Chemistry |
| |
Fuel Lab Prof Staff |
|
| Semiconductor |
| |
Environmental Engineering & Monitoring |
| |
Integrated Diagnostics |
| |
Electronics Systems & Robotics |
| |
Environmental Performance of Materials |
|
| Semiconductor Measurements |
|
| Performance of electrochemical and Mott-Schottky measurements of semiconductor/electrolyte junctions. This includes work on pure semiconductor materials and passivating oxide films. |
|
| |
Environmental Performance of Materials |
|
| Semiconductor--Failure Analysis |
|
| Failure analysis of electronic components. Included in the Group's experience are (1) integrated circuits (e.g., operational amplifiers, logic devices,
voltage regulators, etc.) and (2) discrete semiconductor devices (e.g., transistors, diodes, optoelectronic devices, silicon controlled rectifiers, etc.). Laboratory equipment supports key failure-analysis operations including photography, optical microscopy, high-resolution real-time 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. |
|
| |
Electronics Systems & Robotics |
|
| Sensor Empire |
|
| Air Force-coined name for their telecommunications monitoring and analysis program. |
|
| |
Advanced Instruments & Telemetry Systems |
| |
Communications & Embedded Systems |
| |
Network-Centric Systems |
|
| Sensor Networks |
|
| Sensor Networks |
|
| |
Communications & Embedded Systems |
| |
Acquisition Systems |
|
| Sensor Simulation |
| |
Training, Simulation & Performance Improvement |
| |
Systems & Sensors |
|
| Sensors |
| |
Intelligent Vehicle Systems |
| |
Fire Technology |
| |
Systems & Sensors |
| |
Manufacturing Systems |
| |
Automation & Data Systems |
| |
Applied Physics |
| |
Sensor Systems & NDE Tech |
| |
Sensor Systems & Nondestructive Evaluation (NDE) Technology |
| |
Office of the Director |
| |
Mechanical and Materials Engineering Division |
|
| Sensors - Automotive |
| |
Intelligent Vehicle Systems |
|
| Sensors -- Material Damage |
|
| Sensors -- Material Damage |
|
| |
Mechanics & Materials |
|
| Sensors--Biological |
| |
Fire Technology |
| |
Sensor Systems & Nondestructive Evaluation (NDE) Technology |
| |
Materials Engineering |
| |
Surface Engineering &Materials Chemistry |
| |
Environmental Performance of Materials |
|
| Sensors--Chemical |
|
| Sensors development for detection of chemicals and environmental pollutant. |
|
| |
Chemical Engineering |
| |
Analytical & Environmental Chemistry |
| |
Chemical Defense |
| |
Fire Technology |
| |
Materials Engineering |
| |
Surface Engineering &Materials Chemistry |
| |
Environmental Performance of Materials |
|
| Sensors--Development |
|
| Sensors development for detection of chemicals and environmental pollutant. |
|
| |
Fire Technology |
|
| Sensors--Electrochemical |
| |
Analytical & Environmental Chemistry |
| |
Fire Technology |
| |
Electronics Systems & Robotics |
| |
Materials Engineering |
| |
Surface Engineering &Materials Chemistry |
| |
Environmental Performance of Materials |
| |
Geosciences & Engineering |
| |
Earth, Material & Planetary Sciences |
|
| Sensors--Electromechanical |
|
| Design and fabrication of piezoelectric accelerometers. Usually, these sensors were designed to emphasize a very important performance parameter at the expense of
less-important parameters. |
|
| |
Electronics Systems & Robotics |
| |
Electromechanical & Optical Systems |
|
| Sensors--Electronic |
|
| Sensor capabilities include audio, video, imagery and motion. Sensor
support capabilities include RF communications.
|
|
| |
Applied Physics |
| |
Electronics Systems & Robotics |
| |
Office of the Director |
| |
Fluids & Machinery Engineering |
| |
Structural Dynamics & Product Assurance |
|
| Sensors--Environmental |
|
| Sensors to measure and detect environmental pollutants. |
|
| |
Environmental Engineering & Monitoring |
| |
Fire Technology |
| |
Applied Physics |
|
| Sensors to measure rock properties |
|
| |
Technical Resources |
|
| Sensors--Fluid/Applications |
| |
Fluids & Machinery Engineering |
|
| Sensors--Gravimetric |
| |
Material Development |
| |
Materials and Bioengineering |
| |
Applied Physics |
|
| Sensors--Optical |
| |
Biomedical Engineering |
| |
Automation & Data Systems |
| |
S & P |
| |
Applied Physics |
| |
Electromechanical & Optical Systems |
| |
Sensor Systems & Nondestructive Evaluation (NDE) Technology |
| |
Materials Engineering |
| |
Surface Engineering &Materials Chemistry |
| |
Environmental Performance of Materials |
|
| Sensors--Thin Film |
| |
Fire Technology |
| |
Materials Engineering |
| |
Surface Engineering &Materials Chemistry |
| |
Environmental Performance of Materials |
|
| Sequence Testing (Lubricants) |
| |
Fuels & Energy Development |
| |
Modeling & Simulation |
| |
Marty, S. D. |
| |
Engine Lubricants Research |
|
| Sequence VI Test |
|
| Fuel Efficient Engine Oil Test, obsolete, parts not available. |
|
| |
Gasoline |
| |
International |
|
| Shake Table |
|
| The Mechanical Sciences Section maintains a variety of shaker
tables to provide a broad capability to many industries and government.
Shaker tables include servo-hydraulic tables providing lower frequency, high
displacements to electromagnetic shakers which provide much higher frequency
control and accelerations. Both single axis and multiaxis tables produce
vibration and shock simulations. Earthquake simulation, transportation
simulation, enviromental testing, and others can be produced with the
variety of shaker tables. |
|
| |
Emissions R&D |
| |
Particle Science |
| |
Certification Audit & Compliance |
| |
Fluids & Machinery Engineering |
| |
Structural Engineering |
| |
Structural Dynamics & Product Assurance |
|
| Shale Oil Upgrading |
|
| Upgrading of shale crude oils by hydrotreating to diesel and jet fuel. |
|
| |
Chemical & Refining Process Development |
|
| Shaped Charges |
|
| SwRI performs experiments to study the effectiveness of various armors
against varius shaped charge threats.
|
|
| |
Ballistics & Explosives Range |
| |
Computational Mechanics |
|
| Shielding--RF, Tempest, EMP |
| |
EMCS |
| |
Automation & Data Systems |
| |
Applied Physics |
| |
Fluids & Machinery Engineering |
|
| Shipboard Fire Testing |
|
| Key words are IMO, US Navy Fire Tests, FTP Code, Ship material testing, fire resistance onboard commercial vessels or US Navy vessels. |
|
| |
Vice President's Office |
| |
Engineering & Research |
| |
Fire Resistance |
|
| Shipboard Fire Testing - Fire Resistance |
| |
Fire Resistance |
|
| Shipboard Pollution |
|
| Potential exposure to organic and radioactive contaminants have regulatory limits. SwRI provides services to measure these health and safety related parameters. |
|
| |
Environmental Engineering & Monitoring |
| |
Engine, Emissions & Vehicle Research |
| |
Operations |
| |
Chemistry Lab |
| |
Fuels & Lubricants Research |
| |
CNWRA - COPS |
|
| Shipboard Safety |
| |
Fluids & Machinery Engineering |
| |
Licensing & Inspection Program for Reactors, Fuel Fabrication, Enrichment & Interim Storage Spent Fuel |
| |
CNWRA - COPS |
|
| Shock and Vibration |
|
| Analysis and testing related to mechanical shock and vibration. A variety of shaker tables and mechanical shock machines are available in the laboratory to produce these environments. Shock and vibration loads can also be produced with blasts. Field measurements can be made and these shock and vibration effects can be analyzed and produced in the lab. |
|
| |
Ballistics & Explosives Engineering |
| |
Fluids & Machinery Engineering |
| |
Structural Engineering |
| |
Structural Dynamics & Product Assurance |
|
| Shock Tubes |
|
| Shock tubes are used to develop rapid temperature gradients (on the order of a million degrees per second) and rapid pressure waves, exceeding the speed of sound. Homogenous, heterogeneous, and multiphase media can be studied. Shock tubes can be used to measure shock propagation and interactions, high-energy gas excitation and wave phenomena, chemical kinetics, and aerodynamics. Shock computation and modeling can also be studied.Related topics: Shock propagation and interactions; Shock-general chemical kinetics; Shock computation, modeling, and stability problems; Shock wave aerodynamics;
Experimental methods; Shocks in multiphase and heterogeneous media; High
energy gas excitation and wave phenomena. |
|
| |
Engineering & Research |
| |
Science & Analysis |
|
| SIGINT (SIGnals INTelligence) |
|
| Southwest Research Institute (SwRI) has been involved in the research, development, design and production of wideband HF/VHF/UHF acquisition and DF systems since the mid-1980s. SwRI's latest systems combine 20 years of system, software and hardware engineering experience resulting in a cost
effective solution that meets current and future functional, performance and logistics support requirements. |
|
| |
Office of the Vice President |
| |
Office of the Director |
| |
Acquisition Systems |
| |
Office of the Director |
|
| Signal Analysis |
|
| This refers to the analysis of RF signals. SwRI's domain expertise is in the area of communications signals analysis. This is done automatically using SwRI signal recognition software or manually using
software tools that visualize modulation structure and internal data content of the communication signal. |
|
| |
Institute Scientists |
| |
Office of the Director |
|
| Signal Processing |
| |
Materials and Bioengineering |
| |
Ann Arbor Technical Center |
| |
Biomedical Engineering |
| |
Advanced Instruments & Telemetry Systems |
| |
Automation & Data Systems |
| |
Science & Analysis |
| |
Applied Physics |
| |
Engineering Applications & Systems Development |
| |
Institute Scientists |
|
| Digital Signal Processing |
|
| |
Advanced Instruments & Telemetry Systems |
|
| Signal Processing Modeling - Signals |
|
| Signal Processing Modeling - Signals |
|
| |
Tactical Networks & Communication |
|
| Signal Recognition |
| |
Intelligent Systems |
| |
Institute Scientists |
|
| Silicones |
| |
Microencapsulation & Nanomaterials |
| |
Vice President's Office |
| |
Materials Engineering |
| |
Surface Engineering &Materials Chemistry |
| |
Environmental Performance of Materials |
|
| SILO |
|
| Global tracking and locating satellite beacon system
|
|
| |
Office of the Director |
| |
Tracking Systems |
|
| Simulation Software |
|
| Modeling and simulation of vehicle performance and fuel economy. Including conventional, hybrid electric, hybrid hydraulic, and fuel cell vehicles. |
|
| |
Advanced Vehicle Technology |
|
| Modeling of earth and planetary environmental systems; probabilistic risk assessment of nuclear waste handling and disposal systems containing both engineered and natural subsystems; evaluation of deterministic and stochastic processes. Simulation software is developed in multi-platform, multi-language, and parallel architechture environments. Includes Matlab, Simulin,, EASY5, MatrixX, ACSL, and Amesim. |
|
| |
Engine, Emissions & Vehicle Research |
| |
Powertrain Controls |
| |
Advanced Vehicle Technology |
| |
Immersive Technologies |
| |
Learning Sciences & Systems |
| |
Modeling & Simulation |
| |
Risk Analysis & Performance Assessment |
| |
Center for Nuclear Waste Regulatory Analyses |
|
| Simulation--Discrete Event/Continuous Process |
| |
Manufacturing Systems |
| |
Automation & Data Systems |
|
| Simulation--Electromag., IR, Optics, UV |
| |
EMCS |
| |
Applied Science |
| |
Science & Analysis |
| |
Applied Physics |
| |
Fluids & Machinery Engineering |
| |
Structural Dynamics & Product Assurance |
|
| Simulation--Industrial/Manufacturing |
| |
Manufacturing Systems |
| |
Automation & Data Systems |
| |
Division Administration |
|
| Simulation--Networks |
| |
Advanced Instruments & Telemetry Systems |
| |
Communications & Embedded Systems |
| |
Tactical Networks & Communication |
| |
Network-Centric Systems |
| |
Automation & Data Systems |
| |
Ballistics & Explosives Range |
|
| Simulation--Process |
| |
EMCS |
| |
Fuels & Energy Development |
| |
Chemical Defense |
| |
Automation & Data Systems |
| |
Fluids & Machinery Engineering |
|
| Simulation--Pulsation |
| |
Fire Technology |
| |
Fluids & Machinery Engineering |
|
| Simulation--Seismic |
|
| Dynamic testing to simulate seismic events is performed in the laboratory utilizing either a single axis or multiaxis electrohydraulic shaker table. Products are exposed to simulated seismic events to determine their functionality and mechanical/structural integrity to give a high degree of
confidence to the end user that the product will perform in service.
Structural and mechanical analyses can also be utilized in support of Seismic Simulation on structures and/or product that cannot be accomodated by the table due to large size or weight. |
|
| |
Fluids & Machinery Engineering |
| |
Structural Engineering |
| |
Structural Dynamics & Product Assurance |
|
| Simulator Networking |
| |
Training, Simulation & Performance Improvement |
| |
Immersive Technologies |
| |
Learning Sciences & Systems |
|
| Simulators/Simulation |
| |
Training, Simulation & Performance Improvement |
| |
Immersive Technologies |
| |
Learning Sciences & Systems |
| |
Integrated Systems |
|
| Simulators/Simulation--Ocean |
|
| More than 10,500 sq. ft. of climate-controlled laboratory space with additional outdoor test facilities. Deep ocean pressure simulation test chanbers range from 90 inches inside diameter and 20 ft. deep to 10 inches inside diameter and 20,000 psig, which are used for static testing, cycle testing and destruction testing. |
|
| |
Marine & Offshore Systems |
|
| Single-board Computer |
| |
ASD Administration |
|
| SLIC 40 Transducers |
| |
Science & Analysis |
| |
Applied Physics |
|
| Small Mass Measurement Instruments |
| |
Materials and Bioengineering |
| |
Systems Engineering |
| |
Office of the Vice President |
| |
Office of the Director |
|
| Smart Grid |
|
| SwRI provides the following services relevant to the Smart Energy Grid: Trade studies and analyses to determine "best-fit" solutions based on agency/organization/company goals and resources; Comprehensive and synergistic wide area network (WAN) planning, design, implementation and integration services; Facilities, laboratories, and skilled engineering services for prototyping and demonstrating unique technological solutions; Independent verification and validation testing of proposed technical implementations; Data warehousing/ data storage solutions with integrated data discovery, data analysis and reporting tools; Development and implementation of enterprise-level monitoring, analysis, control and communication capability; Communications infrastructure security; Smart Energy Grid/advanced meter infrastructure (AMI) penetration testing; Embedded hardware and software design, including design-for-security; and Embedded security. |
|
| |
Embedded & Applications Security |
| |
Tactical Networks & Communication |
| |
System Security & High Reliability Software |
|
| Smoke Meters |
|
| Calibration of neutral density filters. |
|
| |
Engine, Emissions & Vehicle Research |
| |
Operations |
| |
Emissions R&D |
| |
Particle Science |
| |
Fuels & Lubricants Research |
| |
Aftertreatment |
|
| Smoke Obscuration |
|
| Smoke obscuration includes smoke density measurements and smoke determination indices generated as products of combustion. |
|
| |
Vice President's Office |
| |
Engineering Applications & Systems Development |
|
| Sneak Circuit Analysis |
|
| 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. |
|
| |
Aerospace Engineering |
| |
Systems & Sensors |
|
| Snow Mobile Engines |
|
| Consulting and testing. |
|
| |
Engine, Emissions & Vehicle Research |
| |
Engine & Vehicle R&D |
| |
Beijing Representative Office |
|
| Software |
| |
Intelligent Vehicle Systems |
| |
Systems Modeling |
| |
Learning Sciences & Systems |
| |
Modeling & Simulation |
| |
EIIT Administration |
| |
Manufacturing Systems |
| |
Communications & Embedded Systems |
| |
Intelligent Systems |
| |
Automation & Data Systems |
| |
Decision Support Technologies |
| |
Division Administration |
| |
Division Operations |
| |
Institute Scientists |
| |
Acquisition Systems |
| |
Office of the Director |
| |
Project & Operations Support |
| |
Aerospace Systems Engineering |
|
| Software - Handheld |
|
| Software for handheld platforms such as the Apple iPhone or Google Android. |
|
| |
Intelligent Vehicle Systems |
| |
Decision Support Technologies |
|
| Software - Secure Software Development |
| |
Financial Data Systems |
| |
Intelligent Systems |
| |
Decision Support Technologies |
|
| Software - Usability |
|
| In human-computer interaction and computer science, usability refers to the elegance and clarity with which the interaction with a computer program or a web site is designed. |
|
| |
Acquisition Systems |
|
| Software Design |
| |
Systems & Sensors |
| |
Intelligent Systems |
| |
Decision Support Technologies |
| |
Space Science and Engineering Division |
| |
Acquisition Systems |
| |
Integrated Systems |
|
| Software Engineering |
| |
Aerospace Engineering |
| |
Systems & Sensors |
| |
Communications & Embedded Systems |
| |
Intelligent Systems |
| |
Transportation Systems |
|
| Development of software through entire life-cycle: requirements analysis and specification, design, implementation, testing and debugging, configuration management, acceptance testing, and maintenance. |
|
| |
Advanced Instruments & Telemetry Systems |
| |
System Security & High Reliability Software |
| |
Space Science and Engineering Division |
| |
Acquisition Systems |
| |
Integrated Systems |
|
| Software Engineering Institute (SEI) Capability Maturity Model Integration (CMMI) |
|
| SwRI uses a proven Software Engineering Institute (SEI) Capability Maturity Model Integration (CMMI) compliant, integrated software development process to transform concepts into reality. SwRI's success in systems and software engineering is based on a multidisciplinary approach to problem solving, offering clients a significant resource for innovative solutions.
|
|
| |
Communications & Embedded Systems |
|
| Software Engineering, Avionics |
|
| Avionics and support systems, including development and maintenance of: Real-time embedded systems, Avionics equipment, Automatic test equipment, Test program sets, PC-based systems, Support equipment applications. Development Tools, including: IBM Rational ClearCase,IBM Rational ClearQuest, IBM Rational RequisitePro, IBM Rational Software Modeler, Telelogic Rhapsody Developer Multi-Language, Telelogic Rhapsody Gateway, CORBA ORB (OIS ORBexpress RT) SCA Core Framework (CRC SCARI++), Green Hills INTEGRITY RTOS, Green Hills MULTI IDE, SEA JOVIAL Compiler, Ada Compiler, Borland C Compiler, LabVIEW, Lab Windows/CVI, Vx Works, Microsoft Visual Studio, MATLAB. Languages, including: C/C++/C#, Visual Basic, Ada, JOVIAL, Assembly, UML, OOA/OOD, HP and HT Basic, Atlas, Test Basic |
|
| |
ASD Administration |
| |
Aircraft Systems Integration |
|
| Software Executives |
| |
EIIT Administration |
| |
Communications & Embedded Systems |
| |
Intelligent Systems |
| |
Automation & Data Systems |
|
| Software Process Control |
| |
Intelligent Systems |
|
| Software Process Improvements |
| |
EIIT Administration |
| |
Intelligent Systems |
| |
Division Administration |
| |
Division Operations |
| |
Office of the Director |
| |
Aerospace Systems Engineering |
|
| Software Radio |
| |
Integrated Diagnostics |
| |
Aircraft Systems Integration |
| |
Communications & Embedded Systems |
| |
Tactical Networks & Communication |
| |
Institute Scientists |
| |
Office of the Director |
|
| Research is being conducted in: Architecture research, Digital predistortion, Model-based design tools, and Specialty antennas (including smart antennas) |
|
| |
Automation & Data Systems |
| |
Advanced Instruments & Telemetry Systems |
|
| Software--Medical |
| |
Biomedical Engineering |
| |
Intelligent Systems |
| |
Decision Support Technologies |
| |
Division Operations |
| |
Sensor Systems & Nondestructive Evaluation (NDE) Technology |
|
| Software--Robot System |
| |
Intelligent Vehicle Systems |
| |
Manufacturing Systems |
| |
High Reliability Software |
| |
Transportation Systems |
| |
Robotics & Automation Engineering |
|
| Software--Upgrade Legacy Software |
|
| Software--Upgrade Legacy Software |
|
| |
EIIT Administration |
| |
Decision Support Technologies |
| |
Division Operations |
| |
Office of the Director |
| |
Aerospace Systems Engineering |
|
| Software-Defined Radio (SDR) for Reconfigurable Communications |
| |
Automation & Data Systems |
| |
Advanced Instruments & Telemetry Systems |
| |
Tactical Networks & Communication |
|
| Software-Embedded Systems |
| |
Systems & Sensors |
| |
EIIT Administration |
| |
High Reliability Software |
| |
Communications & Embedded Systems |
| |
Electronics Systems & Robotics |
| |
Sensor Systems & Nondestructive Evaluation (NDE) Technology |
| |
Office of the Director |
| |
Office of the Director |
| |
Aerospace Systems Engineering |
|
| Soil Compaction--ASTM Testing |
| |
Inorganics/Radiochemistry |
| |
Organic |
|
| Soil Contamination Test--Mobile Lab |
| |
Chemical Engineering |
| |
Chemical Defense |
|
| Soil Mechanics |
|
| Research and technical consulting in laboratory, field, and numerical analyses to solve soil mechanics and soils engineering problems. Experience and expertise include slope stability analyses, erosion and gas-emission control systems, soil-structure interactions, static and dynamic rock properties testing, seismic responses, and related areas. |
|
| |
Environmental Protection & Waste Management for Non-High Level Radioactive Waste |
| |
Geosciences & Engineering |
| |
Engineering & Material Sciences |
| |
Center for Nuclear Waste Regulatory Analyses |
|
| Soil Physical Property Test--ASTM |
| |
Inorganics/Radiochemistry |
| |
Organic |
|
| Soil Remediation/Restoration |
|
| Laboratory testing services. |
|
| |
Vice President's Office |
|
| Soil Sampling/Survey/Investigation |
|
| Analysis of soil samples. Investigation and survey. |
|
| |
Vice President's Office |
| |
Applied Physics |
|
| Soil Stabilization |
| |
Fire Technology |
| |
Materials Engineering |
| |
Engineering & Material Sciences |
|
| Soil Testing--Explosives |
| |
Vice President's Office |
| |
Sample Management/Report |
| |
Organic |
| |
Engine, Emissions & Vehicle Research |
| |
Emissions R&D |
|
| Solar Cell Materials |
|
| Solar Cell Materials |
|
| |
Surface Engineering &Materials Chemistry |
|
| Solar Engineering |
| |
Systems Engineering |
| |
Mechanical Engineering |
| |
Fluids & Machinery Engineering |
|
| Solderability Testing |
|
| The SwRI Component-Analysis Group has performed solderability tests on
component leads and terminals as well as on printed-circuit-board pads. |
|
| |
Electronics Systems & Robotics |
| |
Electromechanical & Optical Systems |
|
| Solid Ionics |
|
| Solid Ionics |
|
| |
Surface Engineering &Materials Chemistry |
|
| Solid State Nuclear Magnetic Resonance |
|
| Solid State Nuclear Magnetic Resonance (Solid NMR) allows the detection of unique chemical environments for carbon, silicon, aluminum, phosphorous, and other selected elements in the solid phase. Solid NMR allows the in-situ characterization of polymers, ceramics, biomaterials, and pharmacueticals, and complements information obtained by x-ray crystallography and diffraction. It can be espeically useful in the characterization of amorphous materials. |
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| |
Material Development |
|
| Solid Waste |
|
| Solid waste analytical laboratory testing services to identify chemical contaminants. |
|
| |
Vice President's Office |
|
| Solid Waste to Energy Conversion |
|
| Plasma based soild waste conversion systems for syngas generation. |
|
| |
Chemical Engineering |
|
| Solids Modeling and Rapid Prototyping |
| |
Engine, Emissions & Vehicle Research |
| |
Engine Design & Analysis |
| |
Emissions R&D |
| |
Modeling & Simulation |
|
| Solvents |
| |
Chemical Engineering |
| |
Chemical Defense |
|
| Solvents--Testing |
| |
Material Development |
| |
Materials and Bioengineering |
|
| Sound Test |
| |
Electronics Systems & Robotics |
| |
Fluids & Machinery Engineering |
| |
Structural Engineering |
|
| Sound Test--Computer/Business Equipment |
| |
Fluids & Machinery Engineering |
| |
Structural Dynamics & Product Assurance |
|
| Southern Gas Association (SGA) |
| |
Mechanical Engineering |
| |
Fluids & Machinery Engineering |
|
| Space Data Systems |
|
| Experience in he design of hardware and software components for use in command and telemetry systems for space applications; knowledge of and experience with the end-to-end communications systems and standards (e.g., CCSDS) which are required to transmit commands and telemetry between ground systems and space-borne systems. |
|
| |
Mission Design & Support |
| |
Communications & Embedded Systems |
| |
Space Systems |
|
| Experience in the design of hardware and software components for use in command and telemetry systems for space applications; knowledge of and experience with the end-to-end communications systems and standards (e.g., CCSDS) which are required to transmit commands and telemetry between ground systems and space-borne systems. |
|
| |
Mission Operations |
|
| Space Flight Experimentation |
| |
Fuels & Lubricants Research |
| |
Science |
| |
Mechanical Engineering |
| |
Ballistics & Explosives Engineering |
| |
Fluid Dynamics & Multiphase Flow |
|
| Space Fluids |
| |
Fuels & Lubricants Research |
| |
Fluid Dynamics & Multiphase Flow |
|
| Space Hardware Development |
|
| Develop high reliability, radiation hardened spacecraft avionics for NASA, DoD, and commercial applications. Specializing in spacecraft processors, command and data handling, science instrument interfaces, thermal management, attitude and propolusion, and power distribution. SwRI systems have flown on over 50 space missions in the last 26 years without a single on orbit failure. |
|
| |
Mission Design & Support |
| |
Space Science & Engineering |
| |
Power Systems Engineering |
| |
Space Systems |
|
| Space Internetworking |
|
| Space-based networking solutions, with competency in: Network-centric systems and network security, Flight software development, Radiation-hardened space avionics design and fabrication. |
|
| |
Advanced Instruments & Telemetry Systems |
|
| Space Power Supplies |
| |
Power Systems Engineering |
|
| Spacecraft Flight Software |
| |
Communications & Embedded Systems |
|
| Spacecraft Reconfigurable Electronics |
|
| Implementation of reconfigurable electronic systems in spacecraft systems; involves optimizing reconfiguration approach to application and applying real-time radiation effects migation in reconfigurable devcie designs. |
|
| |
Power Systems Engineering |
|
| Spacecraft Tank Qualification |
|
| Slosh testing and environmental testing (thermal, vibration, etc.) on spacecraft fuel tanks. |
|
| |
Fluid Dynamics & Multiphase Flow |
|
| SpaceWire Link Interface Module (SLIM) |
|
| A rugged cPCI module suitable for harsh space environments. |
|
| |
Advanced Instruments & Telemetry Systems |
|
| Spanish Translation |
| |
Environmental Engineering & Monitoring |
| |
PPRD Administration |
| |
Systems & Sensors |
| |
Applied Physics |
| |
Power Systems Engineering |
| |
Marine & Offshore Systems |
| |
Risk Analysis & Performance Assessment |
| |
QA Engineering |
|
| Spark Ignited Engines |
| |
Engine, Emissions & Vehicle Research |
| |
Engine & Vehicle R&D |
| |
Powertrain Controls |
| |
Beijing Representative Office |
| |
Fuels & Lubricants Research |
|
| Spark Ignition Engines |
|
| Automotive, marine, small off-road, industrial, and aircraft engines. Specialization includes: Development of gasoline engines; Design, development and testing of: Methanol SI engines, Ethanol SI engines, and Other gaseous- and liquid- fuelded SI engines. |
|
| |
Engine & Vehicle R&D |
|
| Spark Plug Testing |
| |
Engine, Emissions & Vehicle Research |
| |
Engine & Vehicle R&D |
| |
Fuels & Lubricants Research |
|
| Special Heat--Fuels |
| |
Filtration |
| |
Engine, Emissions & Vehicle Research |
|
| Special Purpose Laboratory Instruments |
|
| Design of special-purpose laboratory instruments for unusual applications. Typical examples include a large instrument for detecting cracks in the bores of cannon tubes, a temperature-controlled table used in restoration of paintings, a portable high-resistance (i.e., 1 gigaohm center scale) ohmmeter suitable for use in hazardous environments, an optical-fiber device for measuring low concentrations of oil suspended in water, a high-gain instrumentation preamplifier and filter, and a small handheld ac microvoltmeter. |
|
| |
Automation & Data Systems |
| |
Fluids & Machinery Engineering |
| |
Structural Dynamics & Product Assurance |
|
| specialized testing |
|
| axle efficiency; hydraulic efficiency; tractor fuel consumption; tractor benchmarking; hydraulic durability; contamination effects (both water and particualte contamination); real time wear measurement by radioactive surface layer activation |
|
| |
Specialty & Driveline Fluid Evaluations |
|
| Specialty Wireless Communication |
| |
Automation & Data Systems |
|
| Spectral Estimation |
|
| Classified. |
|
| |
Institute Scientists |
|
| Spectroscopic optical switch |
| |
Electromechanical & Optical Systems |
|
| Spectroscopy (Mass, IR, Raman, UV, VIS) |
| |
Microencapsulation & Nanomaterials |
| |
Synthesis & Process Chemistry |
| |
Chemical Engineering |
| |
Vice President's Office |
| |
Analytical & Environmental Chemistry |
| |
Bioanalytical Chemistry & Environmental Health |
| |
Sample Management/Report |
| |
Inorganics/Radiochemistry |
| |
Organic |
| |
Chemical Defense |
| |
Environmental & Demilitarization Technology |
| |
Science |
| |
Materials Engineering |
| |
Surface Engineering &Materials Chemistry |
| |
Environmental Performance of Materials |
|
| Speech Recognition |
| |
Training, Simulation & Performance Improvement |
| |
Advanced Instruments & Telemetry Systems |
| |
Network-Centric Systems |
| |
Science & Analysis |
| |
Electromechanical & Optical Systems |
|
| Spin-Stabilized Satellite Dynamics |
| |
Fluid Dynamics & Multiphase Flow |
|
| Spinning Disk Device |
|
| Spinning disk device for coating pharmaceutical ingredients. |
|
| |
Microencapsulation |
|
| Spray Characterization |
|
| Spray characterization, modeling, and simulation for the automotive industry. To determine optimum spray characteristics under varying conditions and atomizer configurations, SwRI engineers evaluate and measure factors such as: Droplet size and size distributions such as Sauter mean diameter (SMD), Spray shape, Droplet breakup and coalescence, Wall film, Penetration, Spray velocities, Spray jet cone angle, and Spray and droplet penetration rate. Facilities include: Low-turbulence ambient spray chamber, High-pressure, high-temperature flowing gas facility, High-pressure, high-temperature static gas apparatus. SwRI engineers use state-of-the-art software programs to predict the development and reaction of sprays at different pressures and temperatures. These algorithms include: TESS, JETMIX, JETEVAP, GT-FUEL, ANSYS CFD (FLUENT), and CONVERGE CFD. |
|
| |
Diesel Technology |
|
| Spray-drying |
| |
Microencapsulation |
|
| Intermediate spray drying and characterization of powders for pharmaceuticals or specialty chemicals |
|
| |
Synthesis & Process Chemistry |
|
| SQL |
|
| Structured Query Language |
|
| |
Information Systems |
| |
Mission Operations |
| |
Acquisition Systems |
|
| sqlplus |
|
| Oracle SQL Command Line Interpreter |
|
| |
Mission Operations |
|
| SSL (Single Station Location) |
| |
Office of the Director |
| |
SIGINT Solutions |
|
| Stack Sampling/Survey/Investigation |
| |
Vice President's Office |
| |
Environmental Engineering & Monitoring |
|
| Stack Testing--Engines |
| |
Engine, Emissions & Vehicle Research |
| |
Chemistry Lab |
| |
Fuels & Lubricants Research |
| |
Electromechanical & Optical Systems |
|
| Stack Testing--Materials/Chemistry |
| |
Chemical Engineering |
| |
Vice President's Office |
| |
Environmental Engineering & Monitoring |
|
| Standardized Fuel Testing |
|
| Standardized petroleum product industry testing, including: ASTM, UOP, SAE, and federal test methods. Gasoline fuels analyses, including: Research and motor octane numbers, Benzene content, Hydrocarbon typing, Distillations, Oxygenate content, Sulfur and other elemental contents, Vapor pressure; V/L ratio, Unwashed and washed gums, Oxidation stability, Sulfur speciation, and Density. Diesel fuel analyses, including: Biodiesel specification testing, Cetane numbers, Hydrocarbon typing, Distillations, Density, Water and sediment, Flash point, Heat of combustion, Sulfur content, Carbon residue, Cold filter plugging point, Low temperature flow test, Cloud point, Pour point, Copper strip corrosion, Aniline point, Hydrogen speciation, Particulate contamination, Carbon, hydrogen, and nitrogen content, Color, Poly-nuclear aromatic content Filter blocking tendency. Laboratory instrumentation and equipment includes: Atomic absorption spectroscopy, Automatic distillation units, Density meters, Elemental analyzers, nitrogen, carbon, hydrogen, and sulfur, Energy dispersive X-ray fluorescence (XRF) analyzer, Wavelength dispersive X-ray analyzers, Fourier transform infrared (FTIR), Gas chromatographs with various detectors, High performance liquid chromatographs with various detectors, Octane and cetane test engines, Ultraviolet-visible spectrometer, Thermal analyzers, TGA and DSC, Supercritical fluid chromatograph, Broadband NMR, and Gas chromatographs with mass selective detectors (GCMS). |
|
| |
Fuel Lab Prof Staff |
|
| Statistical Analysis |
| |
Mission Operations |
|
| Statisticians |
| |
Bioanalytical Chemistry & Environmental Health |
| |
Organic |
| |
Marty, S. D. |
| |
Aerospace Structures |
|
| STD791C |
|
| STD791C, Method 6052.1. High Temperature-High Pressure Spray Ignition Test.
|
|
| |
Fire Resistance |
|
| Stealth Coatings--Materials |
| |
Material Development |
| |
Materials and Bioengineering |
| |
Program Management |
| |
Materials Engineering |
| |
Surface Engineering &Materials Chemistry |
| |
Environmental Performance of Materials |
|
| Steam Turbine--Life Assessment |
| |
Engine, Emissions & Vehicle Research |
| |
Emissions R&D |
| |
Materials Science & Failure Analysis |
| |
Materials Engineering |
| |
Environmental Performance of Materials |
|
| Steam Turbines |
| |
Engine, Emissions & Vehicle Research |
| |
Emissions R&D |
| |
Electromechanical & Optical Systems |
| |
Materials Science & Failure Analysis |
| |
Materials Engineering |
| |
Environmental Performance of Materials |
|
| Steel Specification Test |
|
| Tensil test. |
|
| |
Materials Engineering |
|
| Stem cell |
|
| stem cell culture, cell construct, engineered scaffods, stem cell niche, bioreactor |
|
| |
Materials and Bioengineering |
|
| Stochastic Modelling and Simulation |
| |
Manufacturing Systems |
| |
Automation & Data Systems |
| |
Risk Analysis & Performance Assessment |
| |
Center for Nuclear Waste Regulatory Analyses |
|
| Stope Stability Analysis |
| |
Environmental Protection & Waste Management for Non-High Level Radioactive Waste |
| |
Engineering & Material Sciences |
|
| Storage Tanks--Above Ground |
|
| Inspection/evaluation of the integrity of above gound storage tanks. |
|
| |
Applied Physics |
| |
Sensor Systems & NDE Tech |
|
| Strain Gages |
| |
Modeling & Simulation |
| |
Fluids & Machinery Engineering |
| |
Marine & Offshore Systems |
| |
Marine & Offshore Systems |
|
| Stratospheric Balloons |
|
| Stratospheric Balloons |
|
| |
Space Systems |
| |
Avionics Systems |
|
| Stress Analysis |
| |
Drivetrain Design & Development |
| |
Ballistics & Explosives Engineering |
| |
Fluids & Machinery Engineering |
| |
Machinery Structural Dynamics |
| |
Fluid Dynamics |
| |
Aerospace Structures |
| |
Marine & Offshore Systems |
| |
Structural Engineering |
| |
Environmental Protection & Waste Management for Non-High Level Radioactive Waste |
| |
Engineering & Material Sciences |
|
| Stress Analysis (Field) |
| |
Fluids & Machinery Engineering |
| |
Structural Engineering |
|
| Stress Corrosion Cracking |
|
| A wide variety of environmentally assisted cracking and stress corrosion cracking tests. Standardized tests for oil and gas, chemical, and other applications include: ASTM G38: Standard Practice for Making and Using C-Ring Stress-Corrosion Test Specimens, ASTM G39: Standard Practice for Preparation and Use of Bent-Beam Stress-Corrosion Test Specimens, NACE TM0177: Laboratory Testing of Metals for Resistance to Sulfide Stress Cracking in Hydrogen Sulfide (H2S) Environments, NACE TM0198: Slow Strain Rate Test Method for Screening Corrosion-Resistant Alloys (CRAs) for Stress Corrosion Cracking in Sour Oilfield Service.
|
|
| |
Environmental Performance of Materials |
|
| Stress Corrosion Cracking (SCC) |
| |
Materials Science & Failure Analysis |
| |
Environmental Performance of Materials |
| |
Mechanical and Materials Engineering Division |
| |
Geosciences & Engineering |
| |
Engineering & Material Sciences |
| |
Center for Nuclear Waste Regulatory Analyses |
| |
Mechanics & Materials |
|
| Stress- and Strain-Controlled Rheometry |
|
| Rheology: Characterization of flow properties of complex materials, including: adhesives, plastics, elastomers, paints and gels to understand crystallization kinetics, slip behaviour, and more. Facilities include: ARES strain-controlled rheometer and AR2000 stress-controlled rheometer. |
|
| |
Systems Research & Products |
|
| STRONTIUM-89 |
|
| ANALYSIS FOR STRONTIUM-89 |
|
| |
Vice President's Office |
| |
Analytical & Environmental Chemistry |
|
| STRONTIUM-90 |
|
| ANALYSIS FOR STRONTIUM-90 |
|
| |
Vice President's Office |
| |
Analytical & Environmental Chemistry |
|
| Structural Damage Assessment |
| |
Structural Engineering |
| |
Mechanics & Materials |
|
| Structural Durability |
| |
Computational Mechanics |
| |
Materials Science & Failure Analysis |
| |
Environmental Performance of Materials |
| |
Fluids & Machinery Engineering |
| |
Marine & Offshore Systems |
| |
Structural Engineering |
| |
Structural Dynamics & Product Assurance |
| |
Mechanics & Materials |
|
| Structural Dynamics |
|
| Structural Dynamics |
|
| |
Materials Engineering |
| |
Structural Dynamics & Product Assurance |
|
| Structural Geology |
| |
Risk Analysis & Performance Assessment |
| |
Technical Resources |
| |
Rockville Office |
|
| as relates to hydrogeologic fluid flow |
|
| |
Structural Geology |
|
| Structural Health Monitoring |
|
| Structural Health Monitoring |
|
| |
Mechanics & Materials |
|
| Structural Noise--Aircraft |
| |
Fluids & Machinery Engineering |
| |
Structural Engineering |
|
| Structural Noise--Auto |
| |
Fluids & Machinery Engineering |
| |
Structural Dynamics & Product Assurance |
|
| Structural Reliability |
|
| Structural Reliability |
|
| |
Materials Engineering |
| |
Mechanics & Materials |
|
| Structure--Field |
| |
Fluids & Machinery Engineering |
|
| Structures--Design, Analysis, Test |
| |
Machinery Structural Dynamics |
| |
Structural Engineering |
| |
Environmental Protection & Waste Management for Non-High Level Radioactive Waste |
| |
Engineering & Material Sciences |
|
| Submarine Antennas |
| |
Program Management |
| |
Product Realization & Sustainment |
|
| Submersible Analysis |
|
| Submersible Analysis |
|
| |
Machinery Structural Dynamics |
|
| Submersible Depth Simulation |
|
| Test to simulate Submersible Depth |
|
| |
Marine & Offshore Systems |
| |
Marine & Offshore Systems |
|
| Submersible Fabrication |
|
| Submersible Fabrication |
|
| |
Marine & Offshore Systems |
|
| Submersibles |
|
| Capabilities in design, fabrication and testing of submersibles. |
|
| |
Marine & Offshore Systems |
| |
Marine & Offshore Systems |
|
| Subsea Cables |
|
| Perform qualification tests, external pressure tests or failure analyses on subsea/downhole electrical power/signal cables, fiber optic cables and umbilicals. |
|
| |
Marine & Offshore Systems |
| |
Marine & Offshore Systems |
|
| Subsea Connectors |
|
| Qualification/development/failure analyses of subsea and downhole hydraulic, electrical and fiber optic connectors. |
|
| |
Marine & Offshore Systems |
|
| Subsea Engineering |
| |
Marine & Offshore Systems |
| |
Structural Engineering |
|
| Subsea Engineering and Testing (Valves, Flexible Pipe, Submersibles) |
| |
Marine & Offshore Systems |
| |
Marine & Offshore Systems |
|
| Subsea Fiber Optics |
|
| SwRI performs research and development on subsea/downhole fiber optic cables and connectors. R&D efforts include hydrogen ingress/attack on cables. SwRI's work has included subsea petroleum production equipment and military hardware evaluation. SwRI also performs development/qualification tests on wet mateable fiber optic connectors in simulated subsea environments (sandy/silty seawater, with external pressure). |
|
| |
Marine & Offshore Systems |
|
| Subsea Flexible Pipe |
|
| SwRI performs structural tests on subsea flexible pipe, including collapse, burst, stiffness characterization, bending, torsion tests. SwRI also conducts materials characterization tests to evaluate the chemical compatibility and permeation of liner materials used to contain fluids in the flexible pipe. SwRI has experience conducting compatibility tests using agressive media, including, API mixtures, CO2, H2S and various hydrate and wax inhibitors. |
|
| |
Marine & Offshore Systems |
|
| Sulfur Dioxide Removal/Oxidation |
| |
Chemical Engineering |
| |
Chemical Defense |
| |
Engine, Emissions & Vehicle Research |
| |
Fuel Systems & Contamination Research |
|
| Superabrasives |
| |
Electromechanical & Optical Systems |
|
| Superalloys |
| |
Materials Science & Failure Analysis |
| |
Materials Engineering |
| |
Environmental Performance of Materials |
|
| Supercritical extraction and processing |
|
| Supercritical fluids extraction and procesing for chemicals and alternative production |
|
| |
Chemical & Refining Process Development |
|
| Supercritical Fluid Cleaning |
| |
S & P |
| |
Applied Physics |
|
| Supercritical Processes/Fluids |
|
| Use of supercritical carbon dioxide for extraction processes and the use of supercritical fluids for altering the viscosity of fluid mixtures. I have also explored the use of supercritical fluids for enhancing heat transfer. |
|
| |
Chemical Defense |
|
| Supercritical Water Oxidation/Processing |
| |
Environmental Engineering & Monitoring |
|
| Superresolution |
| |
Office of the Director |
|
| Surety |
| |
Demilitarization Laboratory Support |
| |
Environmental Engineering & Monitoring |
| |
Electronics Systems & Robotics |
| |
Materials Engineering |
|
| Surface Analysis--Semiconductor |
| |
Fluids & Machinery Engineering |
| |
Structural Dynamics & Product Assurance |
| |
Center for Nuclear Waste Regulatory Analyses |
|
| Surface Measurement |
|
| Dynamic structured light (DSL) 3-D imaging is an optical measurement technique that is an extension of conventional structured light methods that can be used for: surface roughness measurement, surface angle measurement, and surface profile measurement systems. |
|
| |
Manufacturing Systems |
|
| Surface Science |
| |
Microencapsulation & Nanomaterials |
| |
Surface Engineering &Materials Chemistry |
|
| Surface Tension Tests |
| |
Chemical & Refining Process Development |
| |
Chemical Defense |
| |
Lube Prof Administrative Staff |
|
| Surface Water Quality Modeling |
| |
Risk Analysis & Performance Assessment |
|
| Surveillance Software |
| |
Robotics & Automation Engineering |
|
| Surveillance Systems |
|
| Automated video surveillance applications based on computer vision technology. Application domains include security, incident detection, intelligent transportation systems, and human safety near machinery. Video sources include visible, near-infrared, intensified, and thermal infrared cameras. Wireless sensor networks and global control infrastructure for audio, video, RF and other parameter intercept and monitoring. |
|
| |
Robotics & Automation Engineering |
| |
Systems Research & Products |
| |
Office of the Director |
|
| Suspension |
| |
Engine, Emissions & Vehicle Research |
| |
Powertrain Controls |
| |
Fuel & Fleet |
|
| Sustainable Manufacturing |
| |
Process Improvement Engineering |
|
| Sustained Release |
| |
Microencapsulation & Nanomaterials |
| |
Microencapsulation |
|
| SVOC |
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| SVOC-A: Analysis of Engine Emissions for Semi-volatile Hydrocarbons by GC/MS PI/EI/full scan; SVOC-B: Semi-Volatile Hydrocarbon Speciation of Diesel or Jet fuels by GC/MS PI/EI/full scann; SVOC-C Extraction of 2" I.d. Glass PUR/XAD/PUR Sampling Canister; SVOC-D: Extraction of 4" I.d. Stainless Steel PUR/XAD/PUR Sampling Canister. |
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Fuel Lab Prof Staff |
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Lube Prof Administrative Staff |
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| swell/immersion testing |
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| Swell/immersion testing of gaskets, oil rings, etc. Testing of gaskets immersed in power steering fluid. Seal swelling tests. |
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Lube Prof Administrative Staff |
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| SwiM Program |
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| The SwRI Initiative on Mars (SwIM) was a focused Internal Research and Development program sponsored by the SwRI Advisory Committee for Research. The three-year program, which ended in 2005, successfully positioned SwRI to be a significant contributor to the NASA research program on the planet Mars. |
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Manufacturing Systems |
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Communications & Embedded Systems |
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Space Science & Engineering |
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Surface Engineering &Materials Chemistry |
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Center for Nuclear Waste Regulatory Analyses |
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Technical Resources |
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| SwRI 00-01 |
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| Fire Performance Evaluation of Fondue Pot Burners
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Fire Resistance |
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| SwRI 91-01 |
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| Small Scale Fire Test for Paper, Corrugated Board, and Thin Materials
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Fire Resistance |
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| SwRI 93-01 |
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| Fire, Hose Steam, Impact, Ballistic and Leakage Tests
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Fire Resistance |
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| SwRI 95-03 |
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| Testing Requirements for Multi-Hazard Aboveground Flammable Liquid/Fuel Storage Tanks
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Fire Resistance |
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| SwRI 97-02 |
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| Hydraulic Test of Automobile Fuel Tank.
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Fire Resistance |
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| SwRI 97-04 |
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| Above-ground storage tanks |
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Fire Resistance |
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| SwRI 99-01 |
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| Testing Requirements for Liquid Hydrocarbon Pool-Fire Testing of Aboveground Flammable Liquid/Fuel Storage Tanks (AST) and Liquid Petroleum Gas (LPG) Storage Tanks Containing Fuel
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Fire Resistance |
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| SwRI AgLubr |
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| Silver Lubricity - Falex 4Ball Tester |
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Lube Prof Administrative Staff |
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| SwRI GCF - Gas Chrom |
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| GC Fingerprint - Gasoline. |
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Lube Prof Administrative Staff |
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| SwRI IVD |
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| Intake Valve Deposit Screening Test - Keep Clean |
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Lube Prof Administrative Staff |
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| SwRI IVDCU |
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| Intake Valve Deposit Screening Test - Dirty-Up/Clean-Up |
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Lube Prof Administrative Staff |
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| Synthesis, Encapsulation and Controlled Drug Delivery |
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| Experience and capabilities exist for developing controlled release dosage forms based on micro- and nanoencapsulated formulation techniques and technologies. Clinical supplies can also be prepared within our GMP compliant manufacturing suites. Additional capability for process development and multikilo synthesis at up to 200 liter scale are also offered for synthesis needs. |
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Microencapsulation & Nanomaterials |
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| Synthesis--Chemical |
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Synthesis & Process Chemistry |
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Material Development |
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Materials and Bioengineering |
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Vice President's Office |
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Environmental & Demilitarization Technology |
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Materials Engineering |
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| Synthesis--Organic/Organometallic |
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Synthesis & Process Chemistry |
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Materials Engineering |
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Surface Engineering &Materials Chemistry |
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Environmental Performance of Materials |
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| Synthetic Fuels |
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Chemical Engineering |
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Chemical Defense |
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| Synthetic Lubricants |
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Fuels, Lubricants & Fluids Applications |
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Engine, Emissions & Vehicle Research |
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| Synthetic Organic Chemistry |
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Synthesis & Process Chemistry |
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| Synthetic Rope |
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Applied Physics |
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| System Analysis |
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Central Office |
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Intelligent Vehicle Systems |
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| System Engineering |
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Central Office |
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Aerospace Engineering |
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Systems & Sensors |
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Electronic Warfare Systems Engineering |
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Manufacturing Systems |
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Biomedical Engineering |
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Communications & Embedded Systems |
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Division Operations |
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Robotics & Automation Engineering |
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Electronics Systems & Robotics |
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Engineering Applications & Systems Development |
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Space Systems |
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Avionics Systems |
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Office of the Director |
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Program Management |
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Product Engineering |
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| System Optimization |
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Advanced Vehicle Technology |
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| System Security |
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| Applied research and development of security solutions for embedded, network, and cyber-physical systems, with expertise in: Embedded systems security, Host-based security, Network security, Application security, and Security testing. |
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Automation and Data Systems Division |
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System Security & High Reliability Software |
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| System Simulation |
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Advanced Vehicle Technology |
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| Systems Definition and Development |
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Aerospace Engineering |
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Manufacturing Systems |
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Advanced Instruments & Telemetry Systems |
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Communications & Embedded Systems |
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Intelligent Systems |
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Automation & Data Systems |
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Division Administration |
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Applied Physics |
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Engineering Applications & Systems Development |
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Sensor Systems & Nondestructive Evaluation (NDE) Technology |
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Integrated Systems |
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Aerospace Systems Engineering |
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| Systems Engineering |
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| Knowledge of current systems engineering processes and procedures and experience in applying them to projects. This includes processes such as system and interface definition, system resource management, design trades, FMEA and fault tree analyses, configuration management, risk management, integration and test planning, etc. |
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Intelligent Vehicle Systems |
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Aerospace Engineering |
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Systems & Sensors |
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Aircraft Systems Integration |
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Biomedical Engineering |
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Advanced Instruments & Telemetry Systems |
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Communications & Embedded Systems |
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Division Operations |
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Sensor Systems & Nondestructive Evaluation (NDE) Technology |
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Avionics Systems |
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Integrated Systems |
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CNWRA - COPS |
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Aerospace Systems Engineering |
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| Systems Integration |
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Intelligent Vehicle Systems |
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Training, Simulation & Performance Improvement |
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Aerospace Engineering |
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Systems & Sensors |
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Advanced Instruments & Telemetry Systems |
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Communications & Embedded Systems |
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Intelligent Systems |
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Automation & Data Systems |
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Division Administration |
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Division Operations |
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Electronics Systems & Robotics |
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Engineering Applications & Systems Development |
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Sensor Systems & Nondestructive Evaluation (NDE) Technology |
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Office of the Director |
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Program Management |
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Product Engineering |
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