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structure optimization of all the parts and the pump assembly. And the reliability of the main friction pairs including piston-cylinder, slipper-swash plate and cylinder-flow distributor is predicted. After proposed design, the static and dynamic characteristics are calculated. the performance characteristics are not acceptable, the expert system can help to find where the problem is. And then Figure 2. Principle diagram of flow control modification of the proposed design is mechanism processed until the design satisfies the constant pressure as an example. The principle requirements. Finally the system produces diagram of the flow control mechanism is drawings of all parts and assembly shown in FIGURE 2. It is a servo system with
DOI link for structure optimization of all the parts and the pump assembly. And the reliability of the main friction pairs including piston-cylinder, slipper-swash plate and cylinder-flow distributor is predicted. After proposed design, the static and dynamic characteristics are calculated. the performance characteristics are not acceptable, the expert system can help to find where the problem is. And then Figure 2. Principle diagram of flow control modification of the proposed design is mechanism processed until the design satisfies the constant pressure as an example. The principle requirements. Finally the system produces diagram of the flow control mechanism is drawings of all parts and assembly shown in FIGURE 2. It is a servo system with
structure optimization of all the parts and the pump assembly. And the reliability of the main friction pairs including piston-cylinder, slipper-swash plate and cylinder-flow distributor is predicted. After proposed design, the static and dynamic characteristics are calculated. the performance characteristics are not acceptable, the expert system can help to find where the problem is. And then Figure 2. Principle diagram of flow control modification of the proposed design is mechanism processed until the design satisfies the constant pressure as an example. The principle requirements. Finally the system produces diagram of the flow control mechanism is drawings of all parts and assembly shown in FIGURE 2. It is a servo system with
ABSTRACT
Ps(MPo) Figure 3. Simulation results