SOUTHWEST RESEARCH INSTITUTE

Hydraulic Systems Design and Development

Component Wear

 

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  image of a radioactiv see tracer wear test on a large hydraulic pump to determine the sensitivity of piston and slipper wear to pressure, displacement, and temperature
 

A radioactive tracer wear test is conducted on a large hydraulic pump to determine the sensitivity of piston and slipper wear to pressure, displacement, and temperature. Irradiated parts are installed in a pump using remote manipulators.

Hydraulic component wear significantly affects:

  • Performance

  • Service life

  • Maintenance

Extreme temperature gradients can result in component failures. Advanced instrumentation and sophisticated techniques at Southwest Research Institute (SwRI) address these reliability issues. Radioactive tracer technology measures component wear, in real-time, in pumps, injectors, and other components.

 

For more information about our hydraulic systems design and development and component wear capabilities, or how you can contract with SwRI, please contact Glenn Wendel at gwendel@swri.org or 210-522-2622.

 

hydraulicsystems.swri.org

 

Contact Information

Glenn Wendel

Hydraulic Systems

210-522-2622

gwendel@swri.org

hydraulicsystems.swri.org

Related Terminology

vehicle component wear

internal combustion engines

engine performance

service life

maintenance

exhaust emissions

extreme temperature gradients

component failures

advanced instrumentation

reliability

radioactive tracer technology

component wear measurement

 

 

| Design and Development | Engine, Emissions & Vehicle Research Division | SwRI Home |

Southwest Research Institute® (SwRI®), headquartered in San Antonio, Texas, is a multidisciplinary, independent, nonprofit, applied engineering and physical sciences research and development organization with 11 technical divisions.

December 28, 2012