Optimization analysis system and analysis method for clutch development
An analysis system and clutch technology, applied to combustion engines, internal combustion piston engines, special data processing applications, etc., can solve problems such as poor controllability of the analysis process, large input boundary differences, and high error rate, so as to improve development and design efficiency and shorten R&D cycle, the effect of avoiding a lot of repetitive work
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[0028] Example 1: see Figure 1-2 .
[0029] like figure 1 As shown, an optimization analysis system for clutch development includes a boundary parameter collection module, a sliding grinding energy calculation module, a pedal force calculation module, a booster spring matching and pedal curve analysis module, a dimension chain check module and an output module;
[0030] The boundary parameter collection module is a data input terminal, used to evaluate whether the input boundary parameters are within the set range, and output the required boundary parameters to other modules;
[0031] The sliding and grinding work calculation module is used to receive the pressing force, the equivalent radius of the friction plate and the friction coefficient parameters output by the boundary parameter collection module, and combine the built-in calculation formula to analyze and calculate the clutch at a specific speed, a specific load and a specific ramp. Friction work at start;
[0032]...
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