| GALPHA |
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| ANALYSIS - METHOD GROSS ALPHA (WATER) |
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| |
Administration
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Division Quality Assurance
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| |
Administration
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| GALPHAS |
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| ANALYSIS-METHOD GROSS ALPHA (SOLID) |
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| |
Administration
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| |
Division Quality Assurance
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| |
Administration
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| GALPHAW |
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| ANALYSIS-METHOD GROSS ALPHA (WATER) |
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| |
Administration
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| |
Division Quality Assurance
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| |
Administration
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| GAMMA SPEC |
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| ANALYSIS FOR GAMMA SPECTRUM |
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Administration
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Division Quality Assurance
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Administration
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| GAMMA-SCAN |
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| ANALYSIS - GAMMA SCAN |
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Administration
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Division Quality Assurance
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Administration
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| Gas Analysis |
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Chemical Engineering
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Administration
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Process Chemistry
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Environmental Engineering and Monitoring
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Engine, Emissions and Vehicle Research Division
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Chemistry and Unregulated Emissions
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Fuels and Lubricants Research Division
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| Gas Chromatography/Mass Spectrometry |
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Chemical Engineering
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Organic
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Technology Development
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Administration
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Engine, Emissions and Vehicle Research Division
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Chemistry and Unregulated Emissions
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Engine, Emissions and Vehicle Research Division
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Fuels and Lubricants Research Division
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Fuel Lab Prof Staff
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Fluids Filtration and Handling Research
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Administration
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Instrument Systems Section
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Flow Measurement
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| Gas Compression Pulsation Filters |
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| Designing and troubleshooting filter systems that can eliminate the adverse effects of pulsations created by reciprocating or centrifugal gas compressors. Our Piping Design and Analysis Group designs pulsation filters for gas compressor installations; our Plant Engineering Section troubleshoots pulsation problems at existing gas compressor field installations. |
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Fleet and Field Evaluations Section
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Administration
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Machinery Piping Design
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Fluids and Machinery Engineering Department
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Fluids and Machinery Engineering Department
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| Gas Dynamics |
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| Analysis and modeling of wave propagation in compressible gases, (2) speed of sound determination in compressible gases, (3) analysis, modeling, and measurement of compressible gas flows through subsonic, sonic, or supersonic nozzles (i.e., converging-diverging cross sections), and (4) shock wave analysis. We deal with real gas effects associated with vehicle aerodynamics, blast and shock, transient analysis in pipe networks, acoustics (wave propagation), etc . |
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Engine, Emissions and Vehicle Research Division
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Department of Emissions Research and Development
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Engine, Emissions and Vehicle Research Division
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Fluids Filtration and Handling Research
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Administration
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Computational Mechanics
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Administration
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Fluids and Machinery Engineering Department
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Machinery Piping Design
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| Gas Engine Lubricant Testing |
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| Testing of various lubricants in gas engines. |
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Engine, Emissions and Vehicle Research Division
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| |
Administration
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Engine, Emissions and Vehicle Research Division
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JAB Supervisors
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Lee Grant
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Aerospace Systems Engineering
|
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| Gas Engine Test--Heavy Duty |
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| Heavy duty engine lubricant test using a natural gas-fueled engine. |
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Engine, Emissions and Vehicle Research Division
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| |
Engine, Emissions and Vehicle Research Division
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| |
Administration
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| |
Engine Design and Analysis
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Lee Grant
|
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| Gas Lift Valve Test |
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| API 11V2 standard, gas lift valve testing |
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| |
Fluid Dynamics and Multiphase Flow
|
|
| Gas Meter Flow Facility |
|
| The SwRI Metering Research Facility (MRF) is a world-class, high-accuracy natural gas flow measurement facility used for flow meter development, calibration, and testing. Test conditions closely simulate those found in the field. Key features of the MRF include (1) measurement traceability to the U.S. National Institute of Standards and Technology, (2) high-precision measurement accuracy, and (3) a broad range of test conditions (i.e., test gas pressures between 15 and 1,200 psig, test gas temperatures between 45 and 120 degrees Fahrenheit, and flow rates up to 1,650,000 standard cubic feet per day). |
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| |
Administration
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| |
Fluids and Machinery Engineering Department
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| |
Machinery Piping Design
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| |
Flow Measurement
|
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| Gas Pipelines |
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| Gas Pipelines |
|
| |
Applied Physics Division
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| |
Administration
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| |
Computational Mechanics
|
| |
Environmental Performance of Materials
|
| |
Administration
|
| |
Machinery Piping Design
|
| |
Sensor Systems and Nondestructive Evaluation (NDE) Technology Department
|
| |
Mining Geotechnical and Facility Engineering
|
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| Gas Pipelines - Corrosion |
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| Checking gas pipelines for corrosion. |
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| |
Sensor Systems and Nondestructive Evaluation (NDE) Technology Department
|
|
| Gas Pipelines - Inspection |
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| Inspection of gas pipelines |
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| |
Sensor Systems and Nondestructive Evaluation (NDE) Technology Department
|
|
| Gas Pipelines - Integrity Management |
|
| Integrity management of gas pipelines |
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| |
Sensor Systems and Nondestructive Evaluation (NDE) Technology Department
|
|
| Gas Pipelines - Monitoring |
|
| Monitoring of gas pipelines. |
|
| |
Sensor Systems and Nondestructive Evaluation (NDE) Technology Department
|
|
| Gas Pipelines - Pigging |
|
| Pigging of gas pipelines |
|
| |
Sensor Systems and Nondestructive Evaluation (NDE) Technology Department
|
|
| Gas Reservoir Analysis |
| |
Administration
|
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| Gas Sample Testing |
| |
Chemical Engineering
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| |
Organic
|
| |
Administration
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| |
Process Chemistry
|
| |
Fuel Survey Projects
|
| |
Flow Measurement
|
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| Gas Sampling/Survey Investigation |
| |
Administration
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| |
Environmental Engineering and Monitoring
|
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| Gas Transmission/Production |
| |
Fluids and Machinery Engineering Department
|
|
| Gas Turbine Engine Testing |
| |
Administration
|
| |
Unmanned Systems and Sensors
|
| |
Aerospace Systems Engineering
|
| |
Department of Electromechanical and Optical Systems
|
| |
Rotating Machinery
|
|
| Gas Turbines--Flow |
|
| Detailed flow measurements for gas turbine performance can be provided in the form of field or in-house PTC22 type test. |
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| |
Computational Mechanics
|
| |
Machinery Piping Design
|
| |
Rotating Machinery
|
| |
Fluids and Machinery Engineering Department
|
|
| Gas Turbines--Fuels |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Administration
|
| |
Fuels, Lubricants, and Fluids Applications
|
| |
Fluids Filtration and Handling Research
|
| |
Aerospace Systems Engineering
|
| |
Rotating Machinery
|
|
| Gas Turbines--Life Assessment |
|
| Hot section component life depends on the coating and material degradation. At SwRI we have performed life assessment of gas turbine components by performing condition assessment on various land base and aero derivative engine components. Over the years we have identified base material and coating in-service degradation mechanisms and developed COALIFE for determining service life metallic and ceramic coatings. The COATLIF model was validated using the field data. |
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| |
Aerospace Systems Engineering
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| |
Materials Engineering Department
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| |
Mechanics and Materials Section
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| |
Environmental Performance of Materials
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| |
Failure Analysis & Technical Services
|
| |
Rotating Machinery
|
|
| Gas Turbines--Materials and Coatings |
| |
Aerospace Systems Engineering
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| |
Computational Mechanics
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| |
Materials Engineering Department
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| |
Mechanics and Materials Section
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| |
Environmental Performance of Materials
|
| |
Failure Analysis & Technical Services
|
|
| Gas Wells |
|
| Much of the fluid mechanics work performed for the oil and gas industry involves issues related to oil wells or gas wells, since most wells flow a combination of oil and gas throughout the productive life of the well. This includes experimental investigations and paper studies of problems related to production of gas from onshore and offshore wells. |
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| |
Fluid Dynamics and Multiphase Flow
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| |
Marine Structures and Engineering Section
|
|
| Gaseous Fuel Analysis |
|
| Includes hydrogen, methane, natural gas, Liquefied Petroleum Gas, LPG, Compressed Natural Gas, CNG.
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|
| |
Chemical Engineering
|
| |
Administration
|
| |
Chemistry and Unregulated Emissions
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Fuel Lab Prof Staff
|
| |
Fuels, Lubricants, and Fluids Applications
|
|
| Gasket Testing - Engine Based |
|
| Operate gasoline and diesel engines to evaluate gasket integrality. |
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| |
Engine, Emissions and Vehicle Research Division
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| |
Engine, Emissions and Vehicle Research Division
|
| |
Administration
|
| |
Engine Development
|
| |
SwARC Support and Business Development Administration
|
| |
Administration
|
|
| Gasohol |
| |
Chemical Engineering
|
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine and Vehicle R&D
|
| |
Diesel Technology Section
|
| |
Department of Emissions Research and Development
|
| |
Chemistry and Unregulated Emissions
|
| |
Engine Design and Analysis
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Fuels and Lubricants Research Division
|
| |
International
|
| |
Administration
|
|
| Gasoline Additive Testing |
|
| Test programs to evaluate the effects of fuel additives on engine wear. This is accomplished by looking at wear in real time using radioactive tracer technology. |
|
| |
Process Chemistry
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine Design and Analysis
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Fleet and Field Evaluations Section
|
| |
Fuel Lab Prof Staff
|
| |
Fuels, Lubricants, and Fluids Applications
|
| |
Fluids Filtration and Handling Research
|
| |
Filtration and Fine Particle Technology
|
|
| Gasoline Blending/Production |
| |
Chemical Engineering
|
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Fuels, Lubricants, and Fluids Applications
|
|
| Gasoline Combustion |
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine and Vehicle R&D
|
|
| Gasoline Engine Development |
|
| All types of engine and engine component design, development and testing. We can take a client's concept through the design, product development, and validation testing phases. |
|
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Engine and Vehicle R&D
|
| |
SwARC Support and Business Development Administration
|
|
| Gasoline Surveys and Audits |
| |
Chemical Engineering
|
|
| Gasoline Testing |
|
| PPRD area would be gasoline specification tests and octane testing, while others in your list would be fuel surveys, fleet testing, gasoline emissions testing, contaminant testing, etc. |
|
| |
Process Chemistry
|
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Chemistry and Unregulated Emissions
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Fleet and Field Evaluations Section
|
| |
Fuel Survey Projects
|
| |
Fuel Lab Prof Staff
|
| |
Fuels, Lubricants, and Fluids Applications
|
| |
Fluids Filtration and Handling Research
|
|
| Gasoline Testing/Emissions |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Department of Emissions Research and Development
|
| |
Chemistry and Unregulated Emissions
|
| |
Fuels and Lubricants Research Division
|
|
| GBETAS |
|
| ANALYSIS - METHOD GROSS BETA (SOLID) |
|
| |
Administration
|
| |
Division Quality Assurance
|
| |
Administration
|
|
| Gear Design |
|
| Design of spur, helical and bevel gear systems. This includes both external and internal gearing such as planetary systems. Services include gear life estimations, geometry, mounting, kinematics, force analysis, etc. |
|
| |
Drivetrain Design and Development
|
|
| Gear Lubricants or Gear Oils |
|
| 1) Automotive gear lube testing and certification approval. 2) Common gear lube failure modes. 3) Custom gear or lubes testing design. 4) Analytical gear lube testing (glassware, seal tests, etc.) |
|
| |
JAB Supervisors
|
| |
Gears
|
| |
Lubricant Analysis, Administrative Staff
|
| |
Administration
|
|
| Gear Testing |
|
| 1) Automotive gear lube testing and certification approval. 2) Common gear lube failure modes. 3) Custom gear or lubes testing design. 4) Analytical gear lube testing (glassware, seal tests, etc.)
|
|
| |
Fuels and Lubricants Research Division
|
| |
JAB Supervisors
|
| |
Gears
|
| |
Lubricant Analysis, Administrative Staff
|
| |
Administration
|
|
| Gear fatigue testing |
|
| |
Drivetrain Design and Development
|
|
| Gel Permeation Chromatography |
| |
Technology Development
|
| |
Science & Analysis
|
| |
Materials Engineering Department
|
|
| Gel Permeation Chromatography by CLP |
| |
Organic
|
| |
Process Chemistry
|
|
| Geochemistry |
|
| Specific focus on the geochemistry of contaminant sorption and retardation. Field investigations, laboratory studies and computer modeling of geochemical solubilities, complexation, colloid formation, transport, sorption, co-precipitation, and ion exchange, as well as thermodynamic, kinetic and mass transfer interactions. |
|
| |
Administration
|
| |
Center for Nuclear Waste Regulatory Analyses
|
| |
Non-Repository Programs
|
| |
Geochemistry
|
| |
Geosciences and Engineering Division
|
|
| Geohydrology/Hydrology |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Center for Nuclear Waste Regulatory Analyses
|
| |
Earth Sciences
|
| |
Hydrology
|
| |
Performance Assessment Group
|
| |
Geosciences and Engineering Division
|
| |
Geosciences and Engineering Division
|
| |
Department of Earth, Material, and Planetary Sciences
|
| |
Earth and Planetary Sciences
|
|
| Geoinformatics |
| |
Earth and Planetary Sciences
|
|
| Geolocation |
| |
Aircraft Systems Integration Section
|
| |
Staff Engineers and Specialists
|
|
| Geological Analog Modeling |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Earth and Planetary Sciences
|
|
| Geological Engineering |
| |
Engine, Emissions and Vehicle Research Division
|
| |
Administration
|
| |
Engine, Emissions and Vehicle Research Division
|
| |
Mining Geotechnical and Facility Engineering
|
| |
Geosciences and Engineering Division
|
|
| Geology |
| |
Geochemistry
|
| |
Geology and Geophysics Group
|
| |
Earth and Planetary Sciences
|
|
| stratigraphy, bedforms, statistics for geologists, geological influence on the hydrosphere |
|
| |
Earth and Planetary Sciences
|
|
| Geomaterials Testing |
| |
Administration
|
| |
Mining Geotechnical and Facility Engineering
|
| |
Geosciences and Engineering Division
|
|
| Geomatics |
| |
Earth and Planetary Sciences
|
|
| Geophysical Testing |
| |
Organic
|
| |
Inorganics/Radiochemistry
|
| |
Mining Geotechnical and Facility Engineering
|
| |
Geosciences and Engineering Division
|
|
| Geophysics |
| |
Lubricant Analysis, Administrative Staff
|
| |
Administration
|
| |
Washington Technical Support Office
|
| |
Geochemistry
|
| |
Hydrology
|
| |
Geology and Geophysics Group
|
| |
Geosciences and Engineering Division
|
| |
Department of Earth, Material, and Planetary Sciences
|
| |
Earth and Planetary Sciences
|
|
| Geotechnical Engineering |
| |
Organic
|
| |
Inorganics/Radiochemistry
|
| |
Mining Geotechnical and Facility Engineering
|
| |
Geosciences and Engineering Division
|
|
| GIS |
|
| Geographic Information Systems |
|
| |
Earth and Planetary Sciences
|
|
| Glass (Melting Properties) |
| |
Corrosion Science and Process Engineering
|
|
| Global Positioning System (GPS) |
| |
Office of the Vice President
|
| |
Surveillance Systems
|
| |
Staff Engineers
|
|
| GPS |
|
| Global Positioning Systems |
|
| |
Earth and Planetary Sciences
|
|
| Graphic Simulation |
| |
Administration
|
| |
Immersive Technologies
|
| |
Emerging Technologies
|
| |
Network-Centric Systems
|
| |
Administration
|
| |
Automation and Data Systems Division
|
|
| Graphics--3D |
| |
Administration
|
| |
Immersive Technologies
|
| |
Emerging Technologies
|
| |
Administration
|
|
| Graphics--Broadcast |
| |
Administration
|
| |
Immersive Technologies
|
|
| Grease Testing |
| |
Administration
|
| |
Lubricant Analysis, Administrative Staff
|
|
| Grease Testing for Power Plants |
|
| Some of the specific tests we can run on grease samples for the power plants include cone penetration, dropping point, and infrared spectra. |
|
| |
Administration
|
| |
Fuel Lab Prof Staff
|
|
| Ground Support Equipment |
|
| Experience in the design and development of computer-based systems supporting airborne and/or space-borne systems. Relevant technologies include distributed software systems; open systems designs; custom and standard communications interfaces such as TCP/IP, RS-232/422, and MIL-STD-1553; analog and digital hardware interfaces; command and telemetry interfaces, protocols (such as CCSDS) and databases; test and operations script languages (such as STOL); user interfaces and display building. |
|
| |
Integrated Diagnostics Section
|
| |
Unmanned Systems and Sensors
|
| |
Aerospace Systems Engineering
|
| |
Administration
|
| |
High Reliability Software
|
|
| GSCAN |
|
| ANALYSIS - METHOD GSCAN (SOIL) |
|
| |
Administration
|
| |
Division Quality Assurance
|
| |
Administration
|
|
| GSCANS |
|
| ANALYSIS - METHOD GSCAN (SOIL) |
|
| |
Administration
|
| |
Division Quality Assurance
|
| |
Administration
|
|
| GSCANW |
|
| ANALYSIS - METHOD GSCAN (WATER) |
|
| |
Administration
|
| |
Division Quality Assurance
|
|
| GSM |
| |
Institute Scientists
|
| |
Systems Engineering
|
|
| Guardrails--Cars |
|
| We bang cars and trucks into guardrails, bridge rails, light poles, mail box supports, etc,... (anything that might be installed on the side of the road) We evaluate the performance of the guardrail, light poles, etc,... for their ability to NOT fatally injure the occupants inside the errant vehicle. We don't really care what happens to the vehicle as long as the passenger compartment remains secure and relatively undeformed and the vehicle is brought to a controlled stop. These tests are done according to the procedures and criteria set forth in The National Cooperative Highway Research Program (NCHRP) Report 350.
|
|
| |
Marine Structures and Engineering Section
|
| |
Structural Engineering Department
|
|