| H3 |
 |
| ANALYSIS - METHOD GSCAN |
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| |
Vice President's Office |
| |
Analytical & Environmental Chemistry |
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| H3S |
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| ANALYSIS - METHOD TRITIUM (SOLID) |
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| |
Vice President's Office |
| |
Analytical & Environmental Chemistry |
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| H3W |
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| ANALYSIS - METHOD TRITIUM (WATER) |
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| |
Vice President's Office |
| |
Analytical & Environmental Chemistry |
|
| Halon Replacement Agents |
|
| Since January 1, 1994, Halon has been outlawed for use as a fire suppression agent. As a result, there has been a significant effort to replace Halon with other 'clean' agents that exhibit equal effectiveness at suppressing a fire. SwRI's Department of Fire Technology has the capability to test these new agents and determine their fire suppression effectiveness by way of standard methods." |
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| |
Engineering & Research |
| |
Fuels, Lubricants & Fluids Applications |
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Engine, Emissions & Vehicle Research |
|
| Haptics |
|
| Haptics is the science of applying tactile and kinesthetic sensation and control to interact with computer applications through special input/output devices like joysticks, data gloves, or other devices. |
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| |
Immersive Technologies |
| |
Learning Sciences & Systems |
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| Hardness Test on Metals |
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| Hardness testing on metals and some polymers using a Rockwell Hardness Tester.
Hardness testing on metals using a Brinell Hardness Tester.
Vickers and Knoop Microhardness testing on metals. |
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Inorganics/Radiochemistry |
| |
Materials Science & Failure Analysis |
| |
Environmental Performance of Materials |
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| Hardness Test on Metals--Div. 08 |
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| Hardness testing on metals and some polymers using a Rockwell Hardness Tester. |
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| |
Rating & Metrology |
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| Hardware Analysis |
| |
Integrated Systems |
| |
Aerospace Systems Engineering |
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| Hardware Design, Upgrade, and Re-Engineering |
| |
Chemical & Refining Process Development |
| |
Systems & Sensors |
| |
Fluid Dynamics |
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| Hardware Fabrication/Testing |
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Fluid Dynamics |
| |
Fluid Dynamics & Multiphase Flow |
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| Hardware in the Loop Simulation |
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| Experience in the design and development of simulation systems which include hardware components from the system-under-test in the simulation loop. Relevant technical knowledge includes analog and digital interfaces and signal conditioning; real time and embedded systems design; simulation architectures; data acquisition and control; time and data synchronization techniques; user interface and data visualization. |
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Operations |
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Advanced Vehicle Technology |
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Advanced Vehicle Technology |
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Training, Simulation & Performance Improvement |
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Autonomous Systems & Controls |
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Aircraft Systems Integration |
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Communications & Embedded Systems |
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| Hardware in the Loop Simulation of Automotive Systems |
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Powertrain Controls |
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Advanced Vehicle Technology |
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| Hardware in the Loop Testing of Automotive Products |
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Operations |
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Advanced Vehicle Technology |
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| Hardware--Circuit Boards and Databoards |
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Mission Design & Support |
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Autonomous Systems & Controls |
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Biomedical Engineering |
| |
Advanced Instruments & Telemetry Systems |
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Communications & Embedded Systems |
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Network-Centric Systems |
| |
Automation & Data Systems |
| |
Engineering Applications & Systems Development |
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Sensor Systems & Nondestructive Evaluation (NDE) Technology |
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Space Science & Engineering |
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Space Systems |
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| Hardware--Mechanical |
| |
Vice President's Office |
| |
Fluids & Machinery Engineering |
| |
Marine & Offshore Systems |
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| Hazard Analysis & Critical Control Points (HAACP) |
| |
Autonomous Systems & Controls |
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| Hazardous Materials Substitution |
| |
Chemical Engineering |
| |
ASD Administration |
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| Hazardous Operations Analyses |
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| Analysis of hazardous operations. |
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| |
Engineering & Research |
| |
Filtration |
| |
Engine, Emissions & Vehicle Research |
| |
Aerospace Structures |
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| Hazardous Waste |
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Vice President's Office |
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| Hazardous Waste Management - Industrial |
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Chemical Engineering |
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| Hazardous Waste Processing/Destruction |
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Chemical Engineering |
| |
Vice President's Office |
| |
Chemical Defense |
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Environmental Engineering & Monitoring |
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Electromechanical & Optical Systems |
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Materials Engineering |
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| Hazardous Waste Remediation |
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| Testing and classification. |
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| |
Vice President's Office |
| |
ASD Administration |
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Automation & Data Systems |
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| Hazardous Waste Restoration |
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Vice President's Office |
| |
Engineering & Research |
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| Hazardous Waste Treatability |
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Chemical Engineering |
| |
Vice President's Office |
| |
Chemical Defense |
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| Hazardous Waste--Explosive |
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| Evaluation of explosive hazards of hazardous waste materials. |
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| |
Organic |
| |
Engineering & Research |
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Filtration |
| |
Engine, Emissions & Vehicle Research |
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Science & Analysis |
| |
Aerospace Structures |
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| Hazards Analysis |
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Technical Resources |
|
| Hazards analysis performed for industrial and military systems and machinery of all types in accordance with various (ASME, SAE, API, etc.) standards and protocols. Safety Analyses performed in accordance with MIL-STD-882. See Failure Modes and Effects Analysis (FMEA) |
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Sample Management/Report |
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Filtration |
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Engine, Emissions & Vehicle Research |
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Aerospace Engineering |
| |
Aerospace Structures |
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| Hazards Analysis--Medical |
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Automation & Data Systems |
| |
Sensor Systems & Nondestructive Evaluation (NDE) Technology |
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| Health Physics |
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Geosciences & Engineering |
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Risk Analysis & Performance Assessment |
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Licensing & Inspection Program for Reactors, Fuel Fabrication, Enrichment & Interim Storage Spent Fuel |
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| Heat Engines |
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Operations |
| |
Engine & Vehicle R&D |
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| Heat Exchangers/Transfer |
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| Heat exchanger analysis and performance testing. |
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| |
Fuels & Energy Development |
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Engineering & Research |
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Fire Resistance |
| |
Filtration |
| |
Engine, Emissions & Vehicle Research |
| |
Science & Analysis |
| |
Fluids & Machinery Engineering |
| |
Fluid Dynamics |
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Fluid Dynamics & Multiphase Flow |
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Multiphase Flow & Flow Assurance |
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| Heat Measurement |
| |
Vice President's Office |
| |
Filtration |
| |
Fuels, Lubricants & Fluids Applications |
| |
Engine, Emissions & Vehicle Research |
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Engineering Applications & Systems Development |
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Fluids & Machinery Engineering |
| |
Structural Engineering |
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| Heat of Combustion |
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| Measurement of the heat of combustion of solid, liquid and gaseous fuels via calorimetry. |
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| |
Science & Analysis |
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| Heat of Combustion--Petroleum Products |
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| Test to determine heating value of gasoline, aviation, and diesel fuel. |
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| |
Engineering & Research |
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Filtration |
| |
Engine, Emissions & Vehicle Research |
| |
Fuel Lab Prof Staff |
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| Heat of Vaporization |
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Microencapsulation & Nanomaterials |
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| Heat Pump--Engines |
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Environmental Engineering & Monitoring |
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Engine, Emissions & Vehicle Research |
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Emissions R&D |
| |
Beijing Representative Office |
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| Heat/Energy of Detonation |
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| Measurement of the energy released upon ignition of energetic or rapidly-combusting materials. |
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| |
Environmental Engineering & Monitoring |
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Engineering & Research |
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Fire Technology |
| |
Science & Analysis |
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| Heavy Duty Natural Gas Engine Testing |
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Engine, Emissions & Vehicle Research |
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Emissions R&D |
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Design & Development |
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Certification Audit & Compliance |
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| Heavy Equipment--Construction and Mining |
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| Includes internal combustion engines associates with this application. |
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| |
Engine, Emissions & Vehicle Research |
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Medium Speed Diesel Engines |
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Fuels & Lubricants Research |
| |
Electromechanical & Optical Systems |
| |
Environmental Protection & Waste Management for Non-High Level Radioactive Waste |
| |
Engineering & Material Sciences |
|
| Heavy Fuel Engines |
| |
Design & Development |
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| Heavy Fuel Engines (HFEs) |
|
| SwRI offers independent third party evaluations of HFEs. We have experience in the development of these engines as well as design services. We can evaluate a client's HFE concept and perform complete design, development and product validations. WE DO NOT HAVE ENGINES FOR SALE. |
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| |
Engine, Emissions & Vehicle Research |
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Emissions R&D |
| |
Beijing Representative Office |
| |
Ballistics & Explosives Engineering |
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| Heavy Oil Upgrading |
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| Technologies for upgrading and evaluating upgraded heavy oils. |
|
| |
Fuels and Energy Development |
| |
Fuels & Energy Development |
|
| Heavy-Duty Diesel Engine |
|
| Clean Diesel V Consortium Heavy-Duty Emissions (diesel engine technology) goals: U.S. 2010 emissions and EURO VI on-road and Tier IV off-road standards. |
|
| |
Engine & Vehicle R&D |
| |
Engine Development |
|
| Heavy-Duty Diesel Engine Benchmarking |
|
| This engine benchmarking program is based on a thorough characterization of each engine and extensive testing under equal conditions. The testing program is designed to provide comparative data on the engines' performance, emissions, and efficiency, as well as an assessment of their emissions reduction technologies. |
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| |
Engine Development |
|
| Helmet Testing |
|
| Testing of helmets in accordance with a wide variety of specifications and standards. The major emphasis is on the testing of motorcycle helmets in accordance with the requirements of FMVSS No 218. With these facilities testing can be performed on military, sporting, and recreational helmets as well. The testing protocols include but standard testing as well as specialized test requirements. |
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| |
Fluids & Machinery Engineering |
| |
Structural Dynamics & Product Assurance |
|
| Hermeticity Gas Test |
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| Hermeticity Gas Test |
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| |
Marine & Offshore Systems |
|
| Hermeticity Testing |
|
| The SwRI Component-Analysis Group performs hermeticity testing of a wide variety of electronic and electrical devices. Both helium fine-leak testing and fluorocarbon gross-leak testing are available. |
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| |
Electronics Systems & Robotics |
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| High Frequency Reciprocating Rig (HFRR) |
|
| Test for lubricity, mainly for diesel fuel, part of a new diesel specification, but can be run on oil or gasoline. Main test run on it is ASTM D 6079. |
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| |
Filtration |
| |
Fuel Lab Prof Staff |
| |
Fuel Survey Projects |
| |
Lube Prof Administrative Staff |
|
| High Intensity Fire Exposures |
| |
Engineering & Research |
| |
Fire Resistance |
| |
Fire Technology |
|
| High Level Architecture (HLA) |
|
| The High Level Architecture (HLA) is a general purpose architecture for distributed computer simulation systems. The intent of the HLA is to provide a structure which will support reuse of capabilities available in different simulations, ultimately reducing the cost and time required to create a synthetic environment for a new purpose. |
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| |
Integrated Systems |
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| High Performance Liquid Chromatography |
| |
Bioanalytical Chemistry & Environmental Health |
| |
Sample Management/Report |
| |
Organic |
| |
Chemistry Lab |
|
| High Power Microwave Transmitters |
|
| Design Gallium-Arsenide FET solid-state high power amplifiers (2-20 Watts) for C- and Ku-band commercial satcom uplinks and an IMPATT-diode 16-way spatially-combined amplifier at 44 GHz (20 Watt) for an Air Force satellite uplink. |
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| |
Office of the Director |
| |
Tracking Systems |
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| High Pressure High Frequency Reciprocating Rig (HPHFRR) |
| |
Lube Prof Administrative Staff |
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| High Pressure Impulse Testing |
| |
Fuel Systems & Contamination Research |
| |
Marine & Offshore Systems |
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| High Resolution Imaging |
| |
Engineering Applications & Systems Development |
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| High Speed Data Acquisition--Ballistics |
|
| High speed digital and analog signal recording for ballistic, impact, and explosion events, including pressure, acceleration, strain, temperature and displacement. Recording times down to 0.5 microsecond per point. |
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| |
Network-Centric Systems |
| |
Ballistics & Explosives Range |
| |
Ballistics & Explosives Engineering |
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| High Speed Data Acquisition--General |
|
| Hardware and Software development of custom or semi-custom (using Commercial off the Shelf - COTS) high speed data acquisition systems for commercial, industrial, and government applications. SwRI staff have experience in developing stand alone and networked based data acquisition systems for automotive, industrial, medical, covert, airborne, etc. application areas. |
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| |
Mission Design & Support |
| |
High Reliability Software |
| |
Communications & Embedded Systems |
| |
Engineering Applications & Systems Development |
|
| High Speed Photography |
|
| Photography services from 500 to 100,000 frames per second, with image analysis capability |
|
| |
Ballistics & Explosives Range |
| |
Ballistics & Explosives Engineering |
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| High Temperature / High Pressure Testing |
| |
Fuels and Energy Development |
| |
Mechanical and Materials Engineering Division |
|
| High Temperature Consitutive Modeling - viscoplasticity, plasticity |
| |
Engineering & Material Sciences |
|
| High Temperature Superconductors |
| |
Applied Physics |
| |
Power Systems Engineering |
|
| High Temperature Testing |
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| Various elevated temperature testing |
|
| |
Fluid Dynamics |
|
| We have chambers that are roughly 10' x 13' x 8' high that can expose test items to temperatures up to 80 degrees C. We have smaller chambers at 3' x 3' x 3' that can go up to 177 degrees C. All chambers have penetration holes for cabling, tubes, etc. |
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| |
Vice President's Office |
| |
Fire Resistance |
| |
Aerospace Engineering |
| |
Fluids & Machinery Engineering |
| |
Fluid Dynamics & Multiphase Flow |
| |
Structural Dynamics & Product Assurance |
|
| High Temperature Testing--Valves and Other Oil Field Equipment |
|
| Testing of valves, downhole tools, and related equipment used in the oil and gas industry; checking the item to high pressure and checking for operability, leakage, etc. Tests are usually done according to a customer's requirements rather than to specific industry standards. |
|
| |
Fluid Dynamics & Multiphase Flow |
|
| High Temperature, Pressure Testing |
|
| High-pressure, high-temperature autoclaves with the ability to monitor electrochemical conditions. Autoclave capabilities include stirring and pressure ratings up to 20,000 psi at 650 F. Constant and cyclic loading test frames as well as 10 slow strain rate (SSR) systems are used for stress corrosion cracking studies. The SSR systems include capabilities for testing at ambient temperature and pressure and in high-pressure, high-temperature environments. The rated pressure and temperature of the autoclave vessels employed for SSR work are 2,000 psi and 450 F. SwRI has experience designing, constructing and operating specialized test facilities to meet specific client needs.
|
|
| |
Environmental Performance of Materials |
|
| High Transmission Lines |
|
| SwRI has been involved in developing remote maintenance systems (such as our TOMCAT manipulator development), developing inspection requirements and developing remote inspection systems for High Voltage Transmission Lines since the early 80s. Several of our projects have been for EPRI and some of our projects have been directly with individual utilities. |
|
| |
Manufacturing Systems |
| |
Office of the Vice President |
| |
Office of the Director |
| |
SIGINT Solutions |
| |
Marine & Offshore Systems |
|
| High Voltage |
| |
EMCS |
| |
Automation & Data Systems |
| |
Fluids & Machinery Engineering |
|
| High Voltage Power Supplies |
| |
Automation & Data Systems |
| |
Power Systems Engineering |
|
| High-Efficiency Dilute Gasoline Engine (HEDGE) Consortium |
|
| The HEDGE and HEDGE II Consortiums were initiated to develop the enabling technologies required for gasoline engines to meet the performance, durability, and emissions requirements of future motor vehicles. The HEDGE program goal is to develop the precompetitive technologies that will improve the efficiency and durability of gasoline-fueled engines. The program will culminate in the merging of necessary technologies to demonstrate efficiency and performance in an integration or demonstration engine. HEDGE projects focus on development of: Knock-resistant combustion chambers; High-energy ignition approaches; Strategies for high brake mean effective pressure (BMEP) operation. |
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| |
Engine & Vehicle R&D |
|
| High-rate Material Characterization |
| |
Computational Mechanics |
|
| Highly Automated Driving |
| |
Intelligent Vehicle Systems |
|
| Highway Safety Crash and Pendulum Testing |
| |
Fluid Machinery Systems |
| |
Marine & Offshore Systems |
|
| Honda |
|
| Honda CuCor: Corrosion - Copper Strip - Honda; HondaSeal: Seal Test - Honda - (price is per elastomer/per interval/per temperature) |
|
| |
Lube Prof Administrative Staff |
|
| Honeycomb Analyzer--Aircraft |
| |
Aerospace Structures |
|
| Horizontal Drilling |
|
| Much of the work conducted in Drilling Hydraulics/Chip Transport (Product 2895) is in support of drilling deviated or horizontal wells. |
|
| |
Electromechanical & Optical Systems |
| |
Fluid Dynamics & Multiphase Flow |
| |
Environmental Protection & Waste Management for Non-High Level Radioactive Waste |
| |
Engineering & Material Sciences |
|
| Hot Vibration Testing of Emissions Catalytic Converters |
|
| Hot vibration testing uses hot engine exhaust gases and controlled vibration to evaluate the physical durability of a multitude of emissions aftertreatment devices. These devices may include catalytic converters, manifolds, exhaust piping, in-exhaust sensors and probes, etc. Hot vibration testing can be applied to any exhaust system application, including but not limited to gasoline, diesel, natural gas, and LPG engines for all on-road and off-road applications. |
|
| |
Emissions R&D |
| |
Particle Science |
| |
Certification Audit & Compliance |
|
| HS806 |
|
| HS806 Sec. 5: Filter Test - Resistance to Flow;
HS806 Sec. 6: Filter Test - Filter Capacity and Contaminant Removal;
HS806 Sec. 7: Filter Test - Single-Pass Particle Retention Capability Test;
HS806 Sec. 8: Filter Test - Media Migration Test;
HS806 Sec. 9: Filter Test - Collapse Test for Lube Oil Elements;
HS806 Sec. 10: Filter Test - Anti-Drainback Valve Test;
HS806 Sec. 11.2: Filter Test - Effects of Water in the Oil Filter Capacity;
HS806 Sec. 11.3: Filter Test - Ability to Meet Environmental Conditions - High Oil Temperature for Elements Integrity;
HS806 Sec. 11.4: Filter Test - Ability to Meet Environmental Conditions - Ash Type Oil Additive Removal;
HS806 Sec. 11.5: Filter Test - Ability to Meet Environmental Conditions - Low Temperature Sealing Characteristic of Spin-on Oil Filter Sealing Gasket;
HS806 Sec. 12.1: Filter Test - Installation and Removal - Installation Seal Retention;
HS806 Sec. 12.2: Filter Test - Installation and Removal - Installation Torque;
HS806 Sec. 12.3: Filter Test - Installation and Removal - Removal Torque;
HS806 Sec. 13.2: Filter Test - Mechanical Test - Pressure Impulse Fatigue Test;
HS806 Sec. 13.3: Filter Test - Mechanical Test - Vibration Fatigue Tests;
HS806 Sec. 13.4: Filter Test - Mechanical Test - Hydrostatic Burst Pressure Test;
HS806 Sec. 14: Filter Test - Relief Valve Performance |
|
| |
Fuels & Lubricants Technology |
| |
Fuel Systems & Contamination Research |
|
| Humidity Testing |
| |
Fluids & Machinery Engineering |
| |
Structural Dynamics & Product Assurance |
|
| Hybrid Circuits--Thick Film |
|
| The SwRI Component-Analysis Group (Div. 14) performs failure analyses and construction analyses of thick-film hybrid devices. Exterior visual inspection, x-radiography, particle-impact-noise detection (PIND), hermeticity testing, decapsulation, interior visual inspection with magnification, scanning-electron microscopy, and cross sectioning are typical analytical operations performed on thick-film hybrid devices by the Component-Analysis Group. |
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| |
Electronics Systems & Robotics |
| |
Electromechanical & Optical Systems |
|
| Hybrid Vehicles |
| |
Test Stand Development |
| |
Engine & Vehicle R&D |
| |
Powertrain Controls |
|
| Modeling and simulation - Hardware in the loop testing - powertrain component testing |
|
| |
Advanced Vehicle Technology |
|
| Hydrate Remediation |
| |
Vice President's Office |
| |
Fluids & Machinery Engineering |
| |
Fluid Dynamics & Multiphase Flow |
|
| Hydraulic Component Development |
| |
Engine, Emissions & Vehicle Research |
| |
Powertrain Controls |
|
| Hydraulic Conductivity of Soil/Sediment |
| |
Inorganics/Radiochemistry |
| |
Organic |
| |
Automation & Data Systems |
|
| Hydraulic Fluid Power Systems |
| |
Powertrain Controls |
| |
Fuel Systems & Contamination Research |
|
| Hydraulic Fluid Test |
|
| -Standardized fluid performance and specification approval testing in vane and piston pumps.
-Full analtical testing (glassware, chem and bench testing). -Custom fluid or pump performance testing.
|
|
| |
Fuels & Lubricants Research |
| |
Gears |
| |
Engine Lubricants Research |
| |
Specialty & Driveline Fluid Evaluations |
| |
Lube Prof Administrative Staff |
|
| Hydraulic Fluid Test--Flammabilty |
| |
Fuels, Lubricants & Fluids Applications |
| |
Engine, Emissions & Vehicle Research |
|
| Hydraulic Fluids--Analysis |
|
| Analysis by various tests: ASTM, SAE, US Steel, etc. |
|
| |
Chemical Engineering |
| |
Organic |
| |
Chemical Defense |
| |
Fuels, Lubricants & Fluids Applications |
| |
Engine, Emissions & Vehicle Research |
| |
Lube Prof Administrative Staff |
|
| Hydraulic Pump Test |
| |
Fuels, Lubricants & Fluids Applications |
| |
Engine, Emissions & Vehicle Research |
| |
Fluids & Machinery Engineering |
|
| Hydraulic System and Component Testing |
| |
Fuel Systems & Contamination Research |
|
| Hydraulic System Contamination |
|
| Analyzis of oil. Used to detect contamination of hydraulic fluids. |
|
| |
Fuel Systems & Contamination Research |
| |
Lube Prof Administrative Staff |
|
| Hydraulic Systems Design and Development |
|
| Including: refining existing designs and developing innovative solutions to problems. SwRI engineers use commercial and SwRI-developed software for: Three-dimensional (3D) solid modeling; Structural analysis; and Performance simulation for hydraulic components and systems (Pumps and motors, Valves, Accumulators, Actuators, and Integrated systems) |
|
| |
Powertrain Controls |
| |
Fuel Systems & Contamination Research |
|
| Hydraulics |
| |
Engine, Emissions & Vehicle Research |
| |
Powertrain Controls |
| |
Fuel Systems & Contamination Research |
| |
Fluids & Machinery Engineering |
| |
Fluid Dynamics |
|
| Hydrocarbon Processing |
| |
Fuels and Energy Development |
| |
Chemical Engineering |
| |
Chemical Defense |
|
| Hydrodynamic Lubrication |
|
| Computation and measurement of properties such as stiffness and damping for hydrodynamic bearings. |
|
| |
Rotating Machinery Dynamics |
| |
Fluid Dynamics & Multiphase Flow |
|
| Hydrogen Combustion |
| |
Engineering & Research |
| |
Engine, Emissions & Vehicle Research |
| |
Medium Speed Diesel Engines |
| |
Design & Development |
| |
Beijing Representative Office |
| |
Fuels & Lubricants Research |
| |
Multiphase Flow & Flow Assurance |
|
| Hydrogen Darkening Test |
| |
Marine & Offshore Systems |
|
| Hydrogen Fuel |
| |
Chemical Engineering |
| |
Surface Engineering &Materials Chemistry |
| |
Machinery |
|
| Hydrogenation |
| |
Fuels and Energy Development |
| |
Chemical Engineering |
| |
Chemical Defense |
|
| Hydrogeology |
|
| Hydrostratigraphy; rock properties field data collection, analysis and interpretation; geostatistics; fluid flow and hydrologic transport modeling |
|
| |
Technical Resources |
|
| Hydrology |
| |
Geosciences & Engineering |
| |
Center for Nuclear Waste Regulatory Analyses |
| |
CNWRA Technical Resources |
| |
Earth, Material & Planetary Sciences |
| |
Technical Resources |
|
| Hydrostatic Bearings |
| |
Machinery |
| |
Rotating Machinery Dynamics |
|
| Hydrostatic Pressure Testing |
| |
Marine & Offshore Systems |
|
| Hydrotreating |
|
| Hydrotreating of crude oils (bio and traditional) for upgrading. |
|
| |
Chemical & Refining Process Development |
| |
Fuels & Energy Development |
|
| Hygroscopic Dust Test |
|
| The hygroscopic dust test simulates approximately 15 years of dust accumulation on an electronics card. The subject card is then subjected to a high humidity environment while operating to determine if operation is affected. The test is performed to the following industry standards: Telcordia GR-63-CORE, Telecordia GR-1274-CORE. (Telcordia was formerly Bellcore) |
|
| |
Structural Dynamics & Product Assurance |
|
| Hypervelocity Impact |
| |
Ballistics & Explosives Range |
| |
Computational Mechanics |
| |
Ballistics & Explosives Engineering |
|