Research studies contamination in hydraulic valves

June 5, 2006
An engineering professor at the Milwaukee School of Engineering (MSOE) will study silting and contaminant lock in hydraulic valves using analogies to granular flow. Vincent Prantil, Ph.D., an associate professor in the Mechanical Engineering Department, ...

An engineering professor at the Milwaukee School of Engineering (MSOE) will study silting and contaminant lock in hydraulic valves using analogies to granular flow. Vincent Prantil, Ph.D., an associate professor in the Mechanical Engineering Department, was awarded the university's 2006-07 Otto Maha Faculty Research Fellowship. The fellowship's goal is to advance the state of the art in fluid power and motion control technologies by conducting research that can grow into a sustainable, externally funded program.

Particle contaminants blocking hydraulic flow through valves — or silting — is likely responsible for 70% of hydraulic system failures. In his research, Dr. Prantil hopes to create a tool that predicts how solid particle contaminants inhibit flow through valves. This research will, in turn, help in develop ways to minimize the contaminants' effects.

Continue Reading

BOOK 2, CHAPTER 12: Fluid Motor Circuits

March 18, 2009
Table of Contents

Motor leakage variations

Oct. 18, 2006
affect low-speed performance

Sponsored Recommendations

All-In-One DC-UPS Power Solutions

March 13, 2024
Introducing the All-In-One DC-UPS, a versatile solution combining multiple functionalities in a single device. Serving as a power supply, battery charger, battery care module,...

Motor Disconnect Switches

March 13, 2024
With experienced Product Engineers and Customer Service personnel, Altech provides solutions to your most pressing application challenges. All with one thought in mind - to ensure...

Industrial Straight-Through Cable Gland

March 13, 2024
Learn more about Altech's cable glands and all they have to offer for your needs!

7 Key Considerations for Selecting a Medical Pump

Feb. 6, 2024
Newcomers to medical device design may think pressure and flow rate are sufficient parameters whenselecting a pump. While this may be true in some industrial applications, medical...