非标轴承设计要求下的实验工作站系统设计

近年来,工业设计在非标轴承产业中的应用越来越广泛,而工业设计在非标轴承实验领域的应用也是工业设计中的一个重要课题。我们通过设计人性化的非标轴承实验平台,使得非标轴承实验报告更加符合客户的需求,对于提升非标轴承生产企业的整体形象、降低非标轴承生产实验过程中的实验成本、增进非标轴承实验质量、实现非标轴承生产企业核心竞争力的提升,都有着较为实际的意义。

Non-standard bearing design requirements under experiment station system design

The optimization research of process parameters for big power Laser cladding oil distribution plate parts, is a research focus of modern surface hardening technology. The article discussed for solving the optimum pro-cess parameters of Laser cladding for the selection approach of strategy of genetic algorithm, the quantitative rela-tionship model was established between process parameters and the oil distribution plate parts property using neural network method , which process parameters are laser power （P）, scanning speed （V）, powder feeding rate （G）, scan spacing （D） and thickness （ΔZ ） etc., the best configuration program of Genetic Algorithm control parameters has been obtain by means of the parameters encoding、initial group setting、fitness function design and genetic operation design. The optimization of process parameters is obtained to fit the Laser cladding technology by using genetic algo-rithm toolbox in the MATLAB environment, and the optimization goal of the oil distribution plate parts property has also been achieved. Practice has proved that the optimal process parameters are correct by the genetic algorithm , and has a very good production practice guide.