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A Multi-Objective, Reliability-Based Robust Design Optimization Framework Using Hybrid Quality Loss Function

机译:基于多目标,可靠性的鲁棒设计优化框架,使用混合质量损失功能

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In this globally competitive business environment, design engineers are constantly striving with available design tools and techniques to have a robust and reliable product. Robust design and reliability-based design approaches have promising potential in dealing with variability in the life cycle of a product. This paper discusses why to combine and how to conglomerate both approaches into a single model. The paper proposes hybrid quality loss function (HQLF)-based goal programming model. The proposed approach aimed to have reliable as well as robust product and is hereby tested with a leaf spring example. The paper compares the findings of newly suggested approach with a deterministic and robust design approach.
机译:在这一全球竞争激烈的商业环境中,设计工程师不断努力,具有可用的设计工具和技术,具有坚固且可靠的产品。基于鲁棒的设计和可靠性的设计方法具有在处理产品的生命周期中的可变性方面具有很大的潜力。本文讨论了为什么结合以及如何将两种方法结合到一个模型中。本文提出了基于混合质量损失功能(基于HQLF)的目标编程模型。所提出的方法旨在具有可靠的和稳健的产品,在此与叶子春季示例进行测试。本文比较了新建议方法的调查结果,具有确定性和鲁棒的设计方法。

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