| D7528-09 |
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| Oxidation Test - Romaszewski Oil Bench. |
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| |
Lube Prof Administrative Staff |
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| Damage Tolerance Analysis |
| |
Aerospace Structures |
| |
Structural Engineering |
|
| DARWIN Software |
|
| DARWIN is a computer program that determines the probability of fracture of a gas turbine engine rotor by integrating finite element stress results, fracture-mechanics-based fatigue life assessment, material anomaly data, probability of anomaly detection, and inspection schedules. |
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Materials Engineering |
| |
Mechanics & Materials |
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| Data Acquisition and Analysis |
| |
Central Office |
| |
Chemical & Refining Process Development |
| |
Business Support |
| |
Engine, Emissions & Vehicle Research |
| |
Chemistry Lab |
| |
Emissions R&D |
| |
Powertrain Controls |
| |
Training, Simulation & Performance Improvement |
| |
Autonomous Systems & Controls |
| |
Systems & Sensors |
| |
EIIT Administration |
| |
Advanced Instruments & Telemetry Systems |
| |
Communications & Embedded Systems |
| |
Network-Centric Systems |
| |
Intelligent Systems |
| |
Decision Support Technologies |
| |
Electronics Systems & Robotics |
| |
Engineering Applications & Systems Development |
| |
Integrated Systems |
| |
Office of the Director |
| |
Tactical Products |
| |
Ballistics & Explosives Range |
| |
Flow Measurement |
| |
Marine & Offshore Systems |
| |
Technical Resources |
| |
Aerospace Systems Engineering |
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| Data Acquisition Systems |
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| Design, development, and integration of hardware and software systems for the real-time acquisition, handling, routing, and display of data from sensors and sensor systems. Data acquisition systems may be
comprised of custom and/or commercial-off-the-shelf hardware and software components. |
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Central Office |
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Mission Design & Support |
| |
Powertrain Controls |
| |
Autonomous Systems & Controls |
| |
Systems & Sensors |
| |
Integrated Diagnostics |
| |
EIIT Administration |
| |
Advanced Instruments & Telemetry Systems |
| |
Communications & Embedded Systems |
| |
Network-Centric Systems |
| |
Intelligent Systems |
| |
Automation & Data Systems |
| |
Decision Support Technologies |
| |
Division Operations |
| |
Engineering Applications & Systems Development |
| |
Sensor Systems & Nondestructive Evaluation (NDE) Technology |
| |
Avionics Systems |
| |
Acquisition Systems |
| |
Integrated Systems |
| |
Office of the Director |
| |
Tactical Products |
| |
Flow Measurement |
| |
Fluids & Machinery Engineering |
| |
Machinery |
| |
Fluid Dynamics |
| |
Aerospace Systems Engineering |
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| Design, development, and integration of hardware/software systems using Intellution Fix32, GE iFIX, and Opto22 PAC Project. |
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| |
Chemical & Refining Process Development |
| |
Intelligent Systems |
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| Data Base Generation Tools |
| |
Learning Sciences & Systems |
| |
Aerospace Systems Engineering |
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| Data Base Technology |
| |
EIIT Administration |
| |
Biomedical Engineering |
| |
Automation & Data Systems |
| |
Division Operations |
| |
Aerospace Systems Engineering |
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| Data Communications |
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| Design and development of wired and wireless communications networks for
the distribution of data to and from subsystems and/or end users.
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Computer & Instrument Services |
| |
Advanced Instruments & Telemetry Systems |
| |
Communications & Embedded Systems |
| |
Network-Centric Systems |
| |
Automation & Data Systems |
| |
Division Operations |
| |
Engineering Applications & Systems Development |
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| Data Relationships |
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Intelligent Systems |
| |
Decision Support Technologies |
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| Data Systems--Hardware |
| |
EIIT Administration |
| |
Advanced Instruments & Telemetry Systems |
| |
Communications & Embedded Systems |
| |
Network-Centric Systems |
| |
Automation & Data Systems |
| |
Engineering Applications & Systems Development |
| |
Aerospace Systems Engineering |
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| Data Systems--Medical Software |
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Biomedical Engineering |
| |
Division Operations |
| |
Sensor Systems & Nondestructive Evaluation (NDE) Technology |
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| Data Systems--Software |
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| Design of software for Data Systems |
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| |
Engine, Emissions & Vehicle Research |
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Emissions R&D |
| |
EIIT Administration |
| |
Communications & Embedded Systems |
| |
Automation & Data Systems |
| |
Decision Support Technologies |
| |
Division Administration |
| |
Division Operations |
| |
Engineering Applications & Systems Development |
| |
Sensor Systems & Nondestructive Evaluation (NDE) Technology |
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Space Science and Engineering Division |
| |
Aerospace Systems Engineering |
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| Data Visualization |
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| Format measured or sensed data in a graphical form representing an image of the sensed fields. Analysis and visualization with Matlab/Simulink.
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Powertrain Controls |
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Training, Simulation & Performance Improvement |
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Immersive Technologies |
| |
Learning Sciences & Systems |
| |
Manufacturing Systems |
| |
Communications & Embedded Systems |
| |
Network-Centric Systems |
| |
Intelligent Systems |
| |
Decision Support Technologies |
| |
Applied Physics |
| |
Sensor Systems & Nondestructive Evaluation (NDE) Technology |
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Technical Resources |
| |
Aerospace Systems Engineering |
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| Graphical display of complex data sets. |
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| |
Mission Operations |
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Space Science and Engineering Division |
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Acquisition Systems |
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| Data Visualization Tools |
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| Visualizations that facilitate understanding the meanings and relationships of large data sets that may be derived from mathematical models or physical systems. Experience with applicable methods include
renderings that use lines, vectors, surfaces, textures, glyphs, streamlines, animation and movies. Many
enterprise information management systems contain data visualization modules. In other cases, these tools may exist as stand-alone software. Data visualization tools can help people conduct forms of analysis for
which the human brain may be superior to computers, or for which understanding of an abstract context is required. Examples of such analyses are making comparisons between data sets to indentify trends,
recognize patterns, and form hypothoses about relationships and casuality. In the Training, Simulation, and Performance Improvement Division, data visualization tools are most commonly associated with electronic performance support systems (EPSS). EPSS products are de |
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Communications & Embedded Systems |
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Aerospace Systems Engineering |
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| Visualizations that facilitate understanding the meanings and relationships of large data sets that may be derived from mathematical models or physical systems. Experience with applicable methods include renderings that use lines, vectors, surfaces, textures, glyphs, streamlines, animation and movies. Many enterprise information management systems contain data visualization modules. In other cases, these tools may exist as stand-alone software. Data visualization tools can help people conduct forms of analysis for which the human brain may be superior to computers, or for which understanding of an abstract context is required. Examples of such analyses are making comparisons between data sets to indentify trends, recognize patterns, and form hypothoses about relationships and causality. |
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Data Analysis & Science Support Software |
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Space Science and Engineering Division |
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Acquisition Systems |
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| Data Warehouse |
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Acquisition Systems |
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| Database Development |
| |
Integrated Diagnostics |
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| DC Motors |
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| Selection and application of DC motors and design of DC motor control units. |
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| |
Business Support |
| |
Engine, Emissions & Vehicle Research |
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Engine & Vehicle R&D |
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Powertrain Controls |
| |
International |
| |
Electronics Systems & Robotics |
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| DC to DC Converter Systems |
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Power Systems Engineering |
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| Decontaminate/Decommission--Radiological |
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Analytical & Environmental Chemistry |
| |
Rockville Office |
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| Dedicated Short Range Communications |
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Intelligent Vehicle Systems |
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| Deep Well Reactor |
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Chemical Defense |
| |
Engine, Emissions & Vehicle Research |
| |
Emissions R&D |
| |
Electromechanical & Optical Systems |
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| Demodulation/Decoding |
| |
Institute Scientists |
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Office of the Director |
| |
SIGINT Solutions |
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| Design and Analysis of Experiments (DOE) |
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| A branch of applied statistics dealing with planning, conducting, analyzing and interpreting controlled tests to evaluate the factors that control the value of a parameter or group of parameters.
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Synthesis & Process Chemistry |
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Engineering Applications & Systems Development |
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| Design Engineering--Fluid Systems |
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Electromechanical & Optical Systems |
| |
Mechanical Engineering |
| |
Flow Measurement |
| |
Fluids & Machinery Engineering |
| |
Fluid Dynamics & Multiphase Flow |
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| Design Review |
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| Review facility designs |
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| |
Fluid Dynamics |
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| SwRI Component-Analysis personnel have experience in conducting design reviews relating to electronic and electrical equipment. Such reviews include assessment of circuit configuration, component selection,
electrical stresses on key components, and circuit-board layout and fabrication processes, as well as identification of potential failure mechanisms that may adversely long-term field reliability.
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Mission Design & Support |
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| Design--Mechanical |
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| Primarily focuses on machines performing a dynamic action e.g. test stands for dynamic tests of components, conveyors, and aircraft components. |
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| |
Powertrain Controls |
| |
Aerospace Engineering |
| |
Electromechanical & Optical Systems |
| |
Fluids & Machinery Engineering |
| |
Marine & Offshore Systems |
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| Desktop Manufacturing/Rapid Prototyping |
| |
Business Support |
| |
Engine, Emissions & Vehicle Research |
| |
Emissions R&D |
| |
Manufacturing Systems |
| |
Division Administration |
| |
Electromechanical & Optical Systems |
| |
Space Science & Engineering |
| |
Space Systems |
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| Destructive Physical Analysis (DPA) |
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| Destructive physical analysis (DPA) of electronic and electrical components. Laboratory capabilities include optical and scanning-electron microscopy, energy-dispersive x-ray elemental analysis, x-radiography, fine-leak and gross-leak hermeticity testing, particle-impact-noise detection, decapsulation, disassembly, cross
sectioning (both mounted and unmounted), delayering (both wet-chemical and plasma etching), and microprobing. Additional relevant capabilities that exist in other SwRI laboratories include Fourier-transform infrared spectrometry, gas and liquid chromatography, gas chromatography and mass spectrometry, inductively coupled plasma atomic-emission spectrometry, atomic-absorption spectrometry, thermogravimetric analysis, differential scanning calorimetry, x-ray diffraction, and scanning-Auger microprobing. |
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| |
Electronics Systems & Robotics |
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| Destructive Testing of Hardware |
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| The physical enviromental testing testing can reach limits that will destroy hardware. This can be accomplished through vibration, shock, blasts, thermal, humidity, salt laden air, immersion, and other simulated environments. Destructive mechanical disassembly can also be performed to inspect hardware to determine cause of failer or mechanical and/or materials properties.
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Fluids & Machinery Engineering |
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Marine & Offshore Systems |
| |
Structural Engineering |
| |
Structural Dynamics & Product Assurance |
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| Detonation/Flame Arresters |
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| Product involves the testing and analysis of detonation/flame arresters. Testing is performed according to standard ASTM, FM, EN, SAE, UL, or custom developed test procedures. Measurements may include detonation/flame speed and pressure wave characteristics. Detonation Flame Arrestors are certified to suppress deflagration and detonation propagation in piping up to 24 inches in diameter. Fuel and air is mixed within flammability limits. Piping length is adjusted to produce deflagration or detonation. Evaluations are conducted with Group C (ethylene) or Group D (propane). Combustion propagation range from low and high deflagrations to stable and overdriven detonations.
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Engineering & Research |
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Computational Mechanics |
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| Detonations/Explosions |
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Engineering & Research |
| |
Fire Technology |
| |
Computational Mechanics |
| |
Ballistics & Explosives Engineering |
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| Detroit Diesel (Enhanced) Soot by TGA |
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| Soot by TGA - LUBRICANTS ONLY. |
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| |
Lube Prof Administrative Staff |
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| DEXRON |
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| Foam Test, Miscibility, Seal Test - Nitrile, Polyacrylate, Vamac, Viton |
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| |
Lube Prof Administrative Staff |
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| DHS: Chemical-terrorism Vulnerability Information (CVI) Authorized User |
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| United States Department of Homeland Security: Chemical-terrorism Vulnerability Information (CVI) Authorized User |
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| |
Division Quality Assurance |
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| Diagnostics--Turbine Engine |
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Aerospace Engineering |
| |
Systems & Sensors |
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Machinery |
| |
Aerospace Systems Engineering |
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| Diagnostics--Vibration |
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Fluids & Machinery Engineering |
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| Dialectic Constant Measurement |
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| Dialectic constant measurement of jet fuel. |
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| |
Filtration |
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| Diamler Chrysler AK6 Seal Test |
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Lube Prof Administrative Staff |
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| Dielectric |
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| Dielectric Constant - Fuels (specify frequency/temperature) |
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| |
Lube Prof Administrative Staff |
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| Dielectric Test--Oil |
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International |
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| Diesel Aftertreatment |
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Emissions R&D |
| |
Aftertreatment |
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| Diesel Aftertreatment Accelerated Aging Cycles (DAAAC) |
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| The EPA Final Rule for Emissions Durability Test Procedures (December 2005) provides a Standard Bench Cycle (SBC) for accelerated aging of emissions system components. The SBC can be used in place of the Standard Road Cycle (SRC) that requires vehicles to be driven for 120,000 miles, with periodic emissions measurements. Using the SBC offers significant savings in both time and expense to achieve the certification requirements. However, it cannot be used for diesel-fueled vehicles. Hence, all such vehicles must currently perform the full 120,000 mile SRC procedure. Based on input from industry, there was a strong desire to have a similar Diesel Aftertreatment Accelerated Aging Cycle (DAAAC) for diesel emissions components. At a DAAAC symposium on February 22, 2008, Southwest Research Institute offered the first proposal for an industry consortium to develop DAAAC aging procedures. Given the continued levels of interest in the DAAAC concept, SwRI was encouraged to continue with the initiative. The decision was made to concentrate on heavy-duty diesel aftertreatment systems. A proposal addressing heavy-duty diesel applications was sent out on July 11, 2008. |
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Emissions R&D |
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Aftertreatment |
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| Diesel Analytical Fuel/Additive |
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Chemical Engineering |
| |
Chemical Defense |
| |
Filtration |
| |
Fuels, Lubricants & Fluids Applications |
| |
Engine, Emissions & Vehicle Research |
| |
Chemistry Lab |
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| Diesel Analytical Fuel/Additive (Cost) |
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| Diesel testing, diesel analysis, lubricity testing, lubricity additive testing, or diesel additive testing. |
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| |
Filtration |
| |
Fuels, Lubricants & Fluids Applications |
| |
Engine, Emissions & Vehicle Research |
| |
Fuel Lab Prof Staff |
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| Diesel Emission Control Systems |
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Emissions R&D |
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Aftertreatment |
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| Diesel Engine Combustion Research |
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| Full service evaluation and development on all classes of diesel engines, fuel injection systems, and engine subsystems. Comprehensive services include: Combustion reseearch, Diagnostic evaluation, Engine evaluation, Modeling and design, Rating development, Cold-start development, Combustion chamber designs, Variable-rate fuel injection systems, Advanced turbocharging concepts, Diluents, such as exhaust gas recirculation or water injection, Electronic control system development, Model-based control, Variable valve timing strategies, Aftertreatment integration, Fuel property evaluation,
Homogeneous charge compression ignition (HCCI). Reduction of gaseous and particulate emissions from diesel engines over various cycles by: Applying advanced engine-based technology; Designing novel combustion systems and fuel-injection systems; and Using diluents such as exhaust gas recirculation or water injection. Applications include: On-highway, Off-highway, Marine, Stationary, and Locomotive. |
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Engine & Vehicle R&D |
| |
Powertrain Controls |
|
| Diesel Engine Component Wear Testing |
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| Wear components include: a) cylinder liner, b) valvetrain, c) bearings, d) piston rings.
Techniques used: 1) before and after test part measurements (micrometer; weight), 2) radioactive tracer methods, 3) wear metals concentration in used oil, 4) visual distress rating. |
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Diesel Engineers & Technicians |
| |
Marty, S. D. |
| |
Fuel & Fleet |
| |
Electromechanical & Optical Systems |
|
| Diesel Engine Development |
| |
Engine, Emissions & Vehicle Research |
| |
Engine & Vehicle R&D |
| |
Certification Audit & Compliance |
| |
Diesel Technology |
|
| Diesel Engine Lubricant Testing |
|
| Diesel engine lubricant evaluations, using both industry standard lubricant tests and specialized, one of a kind tests. These tests cover the gamut from petroleum chemistry lab bench tests to engine tests. For more specific detail on standard tests offered, see the 08 web site. |
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| |
Filtration |
| |
Fuels, Lubricants & Fluids Applications |
| |
Engine, Emissions & Vehicle Research |
| |
Engine Design & Analysis |
| |
Filtration & Fine Particle Technology |
| |
Diesel Engineers & Technicians |
| |
Marty, S. D. |
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| Diesel Engine Performance/Generators |
| |
Engineering & Research |
| |
Engine, Emissions & Vehicle Research |
| |
Medium Speed Diesel Engines |
| |
Engine & Vehicle R&D |
| |
Fuels & Lubricants Research |
| |
Diesel Technology |
|
| Diesel Engine Testing |
|
| Div. 08 provides industry standard lubricant evaluation tests, several of which use operating diesel engines. Also, durability and performance testing of diesel engines and their components. |
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| |
Engine, Emissions & Vehicle Research |
| |
Medium Speed Diesel Engines |
| |
Diesel Engineers & Technicians |
| |
Fuels & Lubricants Research |
| |
Marty, S. D. |
| |
Aftertreatment |
|
| Diesel Engines |
| |
Engine, Emissions & Vehicle Research |
| |
Engine & Vehicle R&D |
| |
Certification Audit & Compliance |
| |
Diesel Technology |
|
| Diesel Fuel Fingerprinting by GC/MS |
|
| Speciates diesel fuels by the chemical types contained in them. Up to 120 chemical types will be reported in a quantitative manner. For example, n-C10 through n-C25 alkanes, tetraline, methyltetralines,
Trimethyltetralines, naphthalene, methylnaphthalenes, alkyl benzenes, alkyl cyclohexanes, etc. will be among the 120 chemical types reported.
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Fuel Lab Prof Staff |
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| Diesel Fuel Injection Wear |
|
| Radioactive tracer technology is used to measure injector wear, in real-time, under actual (in-engine) or simulated (test bench) operation.
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|
| |
Fuels & Lubricants Technology |
| |
Filtration |
| |
Fuels, Lubricants & Fluids Applications |
| |
Engine, Emissions & Vehicle Research |
| |
Engine Design & Analysis |
| |
Filtration & Fine Particle Technology |
|
| Diesel Fuel Production/Formulation |
| |
Chemical Engineering |
| |
Chemical Defense |
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| Diesel Fuel Properties |
| |
Chemical Defense |
| |
Filtration |
| |
Fuels, Lubricants & Fluids Applications |
| |
Engine, Emissions & Vehicle Research |
| |
Fuel Lab Prof Staff |
| |
Fuel Survey Projects |
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| Diesel Fuel Systems |
| |
Fuels & Lubricants Technology |
| |
Filtration |
| |
Fuels, Lubricants & Fluids Applications |
| |
Engine, Emissions & Vehicle Research |
| |
Powertrain Controls |
| |
Fuel Systems & Contamination Research |
|
| Diesel Particulate Characterization |
| |
Engine, Emissions & Vehicle Research |
| |
Chemistry Lab |
| |
Emissions R&D |
| |
Fuels & Lubricants Research |
|
| Diesel Particulate Filter |
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| Active DPF regeneration control. |
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| |
Engine & Vehicle R&D |
|
| Diesel Particulate Filter (DPF) Testing |
|
| Diesel Particulate Filters (DPFs) will be heavily used to remove particulate emissions from diesel engine exhaust. DPF testing can be performed to measure efficiency, durability, balance point temperature, temperature profiles, and numerous other functions. |
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| |
Emissions R&D |
| |
Certification Audit & Compliance |
| |
Aftertreatment |
|
| Diesel Truck Fuel economy testing |
|
| conduct SAE J1321 testing and TMC type4 tests |
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| |
Fuel & Fleet |
|
| Differential Scanning Calorimeter Scan |
| |
Lube Prof Administrative Staff |
|
| Differential Scanning Calorimetry |
| |
Marine & Offshore Systems |
|
| Provides precise determinations of transition temperatures. Common temperature measurements include melting, oxidation onset, solid-state transition, crystallization, thermal stability, glass transition, liquid crystal, and cure onset.
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| |
Filtration |
| |
Lube Prof Administrative Staff |
| |
Systems Research & Products |
| |
Surface Engineering &Materials Chemistry |
| |
Environmental Performance of Materials |
|
| Differential Thermal Analysis |
| |
Filtration |
| |
Engine, Emissions & Vehicle Research |
| |
Instrument Systems |
| |
Surface Engineering &Materials Chemistry |
| |
Environmental Performance of Materials |
|
| Digital Acoustic Analysis--Compressors and Pump Installations |
|
| Digital acoustical simulation techniques are used to assess the pressure pulsation characteristics of the compressor or pump installation and to design a pulsation and vibration control system. |
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| |
Engine, Emissions & Vehicle Research |
| |
Fuel & Fleet |
| |
Fluids & Machinery Engineering |
|
| Digital Design--Hardware |
|
| Digital design is a skill that involves the ability to build digital systems out of lower level digital devices. This includes electrical interfacing, schematic capture, simulation and board layout. |
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| |
Integrated Diagnostics |
| |
Advanced Instruments & Telemetry Systems |
| |
Engineering Applications & Systems Development |
|
| Digital Predistortion |
|
| Enabling technology for software-defined radio that improves spectrum control and efficiency and can support more flexible radio frequency hardware. SwRI produced a set of algorithms for digital predistortion and developed proof-of-concept subsystems in Third-generation (3G) cellular, Television, and other broadcast systems. The digital predistortion program has four main components: Nonlinear compensation, Memory effects compensation, Linear compensation, Crest factor reduction. |
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Automation & Data Systems |
| |
Tactical Networks & Communication |
|
| Digital Signal Processing (DSP) |
| |
Materials and Bioengineering |
| |
Biomedical Engineering |
| |
Advanced Instruments & Telemetry Systems |
| |
Communications & Embedded Systems |
| |
Intelligent Systems |
| |
Automation & Data Systems |
| |
Science & Analysis |
| |
Applied Physics |
| |
Sensor Systems & Nondestructive Evaluation (NDE) Technology |
| |
Institute Scientists |
|
| Digital to Analog Converter |
| |
Autonomous Systems & Controls |
| |
Intelligent Systems |
| |
Intelligent Vehicle Systems |
|
| DIN 51-352 |
|
| DIN 51-352 Part 1: Aging Characteristics of Lubricating Oils (Part 1);
DIN 51-352 Part 2: Aging Characteristics of Lubricating Oils in the Presence of Iron Oxide (Part 2) |
|
| |
Lube Prof Administrative Staff |
|
| DIN 51-355 A / DIN 51-355 B |
|
| Corrosion Test. |
|
| |
Lube Prof Administrative Staff |
|
| DIN 51-365 |
|
| Insolubles - Centrifuge |
|
| |
Lube Prof Administrative Staff |
|
| DIN 51-366 |
|
| Viscosity - Kinematic - (Specify Temperature). |
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| |
Lube Prof Administrative Staff |
|
| DIN 51-382 |
|
| Shear Stability - Hydraulic (250 passes). |
|
| |
Lube Prof Administrative Staff |
|
| DIN 51-396 |
|
| Elements - (Al, Cr, Cu, Fe, Pb, Si, Sn). |
|
| |
Lube Prof Administrative Staff |
|
| DIN 51-452 |
|
| DIN 51-452. Infrared Spectra - Analysis of Oxidation and Nitration of Used Engine Oils. |
|
| |
Lube Prof Administrative Staff |
|
| DIN 51-453 |
|
| Infrared Spectra - Determination of Soot content in Used Diesel Oil by Infrared Spectroscopy. |
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| |
Lube Prof Administrative Staff |
|
| DIN 51-551 |
|
| Carbon Residue. |
|
| |
Lube Prof Administrative Staff |
|
| DIN 51-562 |
|
| Viscosity - Kinematic - Ubbelohde Viscometer - Specify Temperature. |
|
| |
Lube Prof Administrative Staff |
|
| DIN 51-581 |
|
| Volatility - NOACK (1 hour at 250C). |
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| |
Lube Prof Administrative Staff |
|
| DIN 53-504 |
|
| Seal Test - Viton - RE1 FKM-E281. |
|
| |
Lube Prof Administrative Staff |
|
| DIN 53769-2 |
| |
Fuels & Lubricants Technology |
|
| Dioxins/Furans by High Resolution/Low Resolution Mass Spectrometry |
|
| Multi-media analysis of polychlorinated dibenzo-p-dioxins (PCDD's) and polychlorinated dibenzofurans (PCDF's) using EPA Method 8280 (Low Resolution Mass Spectrometry), EPA Method 8290 (High Resolution Mass Spectrometry), and EPA method 1613 (High Resolution Mass Spectrometry). |
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| |
Contracts Department |
| |
Division Quality Assurance |
| |
Organic |
| |
Fuel Lab Prof Staff |
|
| Direct-applies Exterior Finish System, AC 59 |
|
| AC59. Direct-applies Exterior Finish System.
|
|
| |
Fire Resistance |
|
| Direction Finding Equipment |
| |
Office of the Vice President |
| |
Signal Exploitation & Geolocation |
| |
Office of the Director |
| |
Office of the Director |
| |
SIGINT Solutions |
| |
Program Management |
|
| Distillation (Petroleum) |
| |
Fuels and Energy Development |
| |
Chemical & Refining Process Development |
| |
Chemical Engineering |
| |
Fuels & Energy Development |
| |
Chemical Defense |
|
| Distinct/Discrete Element Analysis |
|
| Distinct/discrete element analysis is a numerical simulations of static and dynamic behavior of systems with discontinuities or fractures using the distinct/discrete element method.
|
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| |
Environmental Protection & Waste Management for Non-High Level Radioactive Waste |
| |
Engineering & Material Sciences |
|
| Distributed Interactive Simulation |
| |
Training, Simulation & Performance Improvement |
| |
Learning Sciences & Systems |
| |
Integrated Systems |
|
| Distributed Interactive Simulation Architectures |
| |
Communications & Embedded Systems |
| |
Integrated Systems |
|
| Distributed Learning |
|
| Distributed Learning |
|
| |
Employee Development Office |
|
| Distributed Systems |
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| Experience in the design and development of computer-based systems whose functionality is distributed across multiple compute nodes over local and/or wide area networks. Relevant concepts and technologies include software design; wired and wireless network design; network protocols and programming such as TCP/IP, UDP/IP, and multicast; client/server design; design for scalability; and web-based interfaces and services. SwRI has experience with distributed systems in the database/information systems domain, the multimedia domain, as well as the distributed real-time systems domain. |
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Communications & Embedded Systems |
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Intelligent Systems |
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Acquisition Systems |
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Integrated Systems |
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| Distributed Temperature Sensing |
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Fluid Dynamics |
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Multiphase Flow & Flow Assurance |
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| Diverse Process Design |
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Process Improvement Engineering |
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| DoD Fire Safety Testing |
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| Safety and Performance Tests for Qualification of Explosives and Explosives Hazards Classification
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Engineering & Research |
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| DOD-D-1000 (MIL Std Documentation) |
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Aircraft Systems Integration |
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Manufacturing Systems |
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Division Administration |
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| Door/Window Certification |
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| Third-party listing, labeling and follow up inspection services for doors and windows, to comply with building, fire and/or marine safety codes."
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Fire Technology |
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Automation & Data Systems |
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Electromechanical & Optical Systems |
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| DOT 49 CFR 393.67 |
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| Liquid Fuel Tanks
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Fire Resistance |
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| Downhole/Borehole Camera--Mine Studies |
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Applied Physics |
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| Drager Tubes |
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| Colorimetric Toxicity
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Fuels & Energy Development |
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| Drilling |
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Applied Physics |
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Electronics Systems & Robotics |
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Electromechanical & Optical Systems |
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Environmental Protection & Waste Management for Non-High Level Radioactive Waste |
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Geosciences & Engineering |
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Engineering & Material Sciences |
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| Drilling Hydraulics/Chip Transport |
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| We have conducted several projects for oil and gas companies where they are determining the influence of a number of parameters on the transport of drilling cuttings up the annulus of an oil/gas well. These parameters include hole angle, penetration rate, cutting size, drill string rotation rate, drill string size, drill string eccentricity, and drilling mud properties. We have also conducted projects to determine improved geometries for bottom hole assemblies, in order to reduce the torque and drag required to remove a drill string from a hole laden with drill cuttings.
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Fluid Dynamics & Multiphase Flow |
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| Drilling Oil Field |
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Electromechanical & Optical Systems |
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Fluid Dynamics |
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Marine & Offshore Systems |
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Environmental Protection & Waste Management for Non-High Level Radioactive Waste |
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Geosciences & Engineering |
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Engineering & Material Sciences |
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| Drilling Platform--Marine Application |
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Marine & Offshore Systems |
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| Drilling Systems |
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Modeling & Simulation |
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Applied Physics |
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Electronics Systems & Robotics |
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Electromechanical & Optical Systems |
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| Drilling--Automated and Adaptive |
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Electromechanical & Optical Systems |
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| driveline testing services |
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| specification testing, OEM licensing or research, friction, fluid properties, performance |
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Specialty & Driveline Fluid Evaluations |
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| Driver Assistance Systems |
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Intelligent Vehicle Systems |
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| Drivetrain Design and Development |
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| Driveline engineering for automotive, off-road, stationary industrial, and other industries. Transmission development for bicycle to heavy truck applications, including: manual, automatic, split power, dual clutch, shift calibration, stepped ratio, continuously variable, conventional, and hybrid. Drivetrain engineering capabilities include: Analysis and simulation services (using software tools such as EASY5, ANSYS, Pro/ENGINEER, and Fluent), Design (including computer-aided design (CAD), Fabrication, Testing, Evaluation for production and prototype, Test systems, Hybrid vehicle services, and Controls development, algorithms/software design and calibration. |
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Drivetrain Design & Development |
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| Drivetrain Engineering |
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Drivetrain Engineering |
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| Drivetrain Test and Evaluation |
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| Drivetrain Engineering Product Experience includes: Front and rear wheel drive automatics, Continually variable transmissions (CVTs), Dual clutch transmissions (DCTs), Automated manual transaxles (AMTs), Manual transmissions, Transfer cases, Axles and differentials, Hybrid systems, Complete drivetrain systems, Prop and half shafts, Torque converters, Clutches, Pumps, Bearings, Seals, Gears and chains, Lubricants, Hydraulic circuits, and Control modules and electrical components. Drivetrain testing capabilities include: State-of-the-art efficiency measurement; Spin loss measurement; Line pressure schedule development; Temperature-controlled testing; Hardware-in-the-loop real-time vehicle simulation; Engine simulation with firing pulse/inertia replication; Grade and hill profile simulation; Component characterization and performance; Durability testing; Clutch capacity testing; High speed limit testing; Steady state and transient thermal analysis; Shock, noise and vibration testing; Automated manual shifting; Fluid effects and lubrication; Shift feel evaluation and investigation; Transaxle torque steer; Component to component variation analysis; Transmission calibration; Transmission instrumentation, benchmarking, and reverse engineering; and Diagnosis of production issues. |
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Drivetrain Design & Development |
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| Drop/Impact Test |
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| Drop/impact testing is performed to simulate mechanical shock that products will be exposed to in service. Either free-fall or guided shock testing is performed to provide a broad spectrum of acceleration and duration of the required shock simulation. Guided shock tables and Electrodynamic shakers are utilized on product to provide a finer tuned shock simulation. Mechanical shocks simulated include transportation, product handling, impact, pyrotechnic, and other high accelerations environments. |
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Fluids & Machinery Engineering |
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Structural Engineering |
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Structural Dynamics & Product Assurance |
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| Drug Analysis and Testing |
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Organic |
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Chemistry Lab |
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| Drug Development |
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Synthesis & Process Chemistry |
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| DSRC |
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| Dedicated Short Range Communications (DSRC) |
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Intelligent Vehicle Systems |
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| Dummy Crash Testing |
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Fluid Machinery Systems |
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Marine & Offshore Systems |
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| Dust Explosibility |
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| Product includes the simulation or modeling and analysis of explosions,
intentional or unintentional, involving dust. Measurements may include pressure, impulse, speed, temperature, strain, etc. |
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Engineering & Research |
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Engine, Emissions & Vehicle Research |
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| Dust Explosion Tests |
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| Product includes the simulation or modeling and analysis of explosions,
intentional or unintentional, involving dust. Measurements may include pressure, impulse, speed, temperature, strain, etc. |
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Engineering & Research |
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| Dust Testing--hygroscopic |
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| This hygroscopic 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. |
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Fluids & Machinery Engineering |
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Structural Dynamics & Product Assurance |
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| Dynamic Calculations |
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| Advanced computational methods and computer codes are used to solve a wide range of dynamic or transient engineering or environmental problems, including fluid mechanical systems response, materials response, structural response, and environmental response to dynamic forces. |
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Computational Mechanics |
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Fluids & Machinery Engineering |
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| Dynamic Material Response Impact |
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Engineering Dynamics |
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| Dynamic Mechanical Thermal Analysis (DMTA) |
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| Mesurement of modulus of polymer and other semi-solid materials as a function of temperature. Identifies glass transition temperatures and melting temperatures of polymer materials. |
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Systems Research & Products |
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| Dynamic Response Measurement |
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Structural Dynamics & Product Assurance |
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| Dynamic Structured Light (DSL) 3-D imaging |
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| DSL 3D imaging advantages over previous 3D measurment technologies include: lower cost, higher accuracy, greater depth of field, and greater stand-off distance. SwRI 3-D facility is available for measuring objects and devices ranging from an overall size of less than 1 inch to 10 feet. Accuracy and resolution can be scaled to meet measurement requirements. Software is available to convert point measuremetn to surfacces and to convert the data into standard file interchange formats such as DXF, IGS, or STL. |
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Manufacturing Systems |
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| Dynamic Wear Test |
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Filtration & Fine Particle Technology |
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Materials Engineering |
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| Dynamometer Engine Testing |
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Fuels & Energy Development |
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Fuels, Lubricants & Fluids Applications |
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Business Support |
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Engine, Emissions & Vehicle Research |
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Medium Speed Diesel Engines |
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Emissions R&D |
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Beijing Representative Office |
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Fuels & Lubricants Research |
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Marty, S. D. |
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Aftertreatment |
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Engine Lubricants Research |
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Gasoline |
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International |
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| Dynamometer Testing--Heavy Duty Engines |
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| Testing of diesel engines, in a test stand, using a dynamometer to apply load to the engine and hence absorb its power output. |
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Engine, Emissions & Vehicle Research |
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Medium Speed Diesel Engines |
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Emissions R&D |
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Diesel Engineers & Technicians |
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Fuels & Lubricants Research |
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Aftertreatment |
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| Dynamometer--Test Stand Fabrication |
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Engine, Emissions & Vehicle Research |
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Marty, S. D. |
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Aftertreatment |
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Gasoline |
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