Abstract
The objective of this study is to develope a personal CAD system which is usable for calculating the time response characteristics of arbitral hydraulic control systems. In the previous paper, a program system by which any control system can be straightforwardly simulated from its block-diagram representation by using superior graphic functions installed in personal computers was reported. An important limitation of previous system, however, was that the system was not applicable to control systems with a distributed parameter. Fluid lines are one such system. In the present study, therfore, a method of simulating the fluid line systems is intended to be developed. Techniques based on four terminal networks are applied. The simulated time responses are compared with the measured responses of representative fluid line systems to show the validity of the method.
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