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Multi-object optimization design for differential and grading toothed roll crusher using a genetic algorithm 被引量:12
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作者 ZHAO La-la WANG Zhong-bin ZANG Feng 《Journal of China University of Mining and Technology》 EI 2008年第2期316-320,共5页
Our differential and grading toothed roll crusher blends the advantages of a toothed roll crusher and a jaw crusher and possesses characteristics of great crushing,high breaking efficiency,multi-sieving and has,for th... Our differential and grading toothed roll crusher blends the advantages of a toothed roll crusher and a jaw crusher and possesses characteristics of great crushing,high breaking efficiency,multi-sieving and has,for the moment,made up for the short- comings of the toothed roll crusher.The moving jaw of the crusher is a crank-rocker mechanism.For optimizing the dynamic per- formance and improving the cracking capability of the crusher,a mathematical model was established to optimize the transmission angleγand to minimize the travel characteristic value m of the moving jaw.Genetic algorithm is used to optimize the crusher crank-rocker mechanism for multi-object design and an optimum result is obtained.According to the implementation,it is shown that the performance of the crusher and the cracking capability of the moving jaw have been improved. 展开更多
关键词 differential and grading toothed roll crusher crank-rocker mechanism genetic algorithm multi-object optimization
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