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Computer-aided optimal design of plate cams

机译：平板凸轮的计算机辅助优化设计

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This research is directed toward the development of a computer-based methodology for the optimal design of plate cams with offset translating roller followers. A three stage design framework is proposed, that includes preliminary design, camprofile design, and design optimization. Within this framework, this article focuses on the optimization stage of cam design. Cam design optimization involves multiple nonlinear objectives and constraints. The optimization of multiple nonlinear objectivefunctions has seldom been addressed in the cam design literature. We describe a model including the design parameters, variables, constraints, and objectives. A solution procedure is presented with an example. This research presents several uniquefeatures. This is a study in which important design criteria and constraints are investigated and formulated as a realistic design problem. Manufacturing considerations are included in the design optimization model. The resultant dynamic performance of acam is therefore guaranteed to meet the design requirement. Our solution procedure guarantees an overall optimal cam design that satisfies all constraints in a multiple objective design problem.
机译：这项研究旨在开发一种基于计算机的方法，以优化带有偏置平移滚子从动件的平板凸轮的设计。提出了一个三阶段的设计框架，包括初步设计，凸轮轮廓设计和设计优化。在此框架内，本文重点介绍凸轮设计的优化阶段。凸轮设计优化涉及多个非线性目标和约束。凸轮设计文献中很少涉及多个非线性目标函数的优化。我们描述了一个包含设计参数，变量，约束和目标的模型。举例说明解决方案。这项研究提出了几个独特的功能。这是一项研究，其中研究了重要的设计标准和约束并将其表述为现实的设计问题。制造注意事项包括在设计优化模型中。因此保证了凸轮的动态性能符合设计要求。我们的解决方案可确保总体上最佳的凸轮设计，从而满足多目标设计问题中的所有约束。

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