会议专题

Research on controllable maximum stiffness coefficient of hydraulic pipeline

A new concept in remote pressure-regulating system, the controllable maximum stiffness coefficient, is established. Based on dynamic-characteristics fundamental equation of distributed-parameter model in hydraulic pipeline, the mathematical model of remote pressure-regulating hydraulic pipeline is deduced. The effects of the main factors on the controllable maximum stiffness coefficient are discussed. The concept and the mathematical models provide theoretical and practical instruction in the study of remote pressure-regulating system.

Controllable maximum stiffness coefficient Remote pressure-regulating Hydraulic pipeline

Liqiang Zhang Guolai Yang

College of Fluid Power and Control, Lanzhou University of Technology, Lanzhou, China

国际会议

The Seventh International Conference on Fluid Power Transmission and Control(第七届流体传动与控制国际学术会议 ICFP 2009))

杭州

英文

205-208

2009-04-08(万方平台首次上网日期,不代表论文的发表时间)