需要其设计方法需要无限增效塑料部件

Tobias S. Hartwich, Harald Völkl, M. Franz, C. Witzgall, D. Krause, S. Wartzack, Friedrich-Alexander-Universität Erlangen-Nürnberg
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引用次数: 2

摘要

高效和系统的设计方法是有效的轻量化解决方案不可或缺的辅助手段。在本文中。强调了为产品开发人员提供一种设计方法来设计无尽纤维增强塑料[FRP]构件以满足疲劳要求的必要性。现有的损伤模型和试验方法可以在这些方法中使用和扩展。合适的方法应特别考虑到FRP构件要求的多样性,并考虑其他影响。例如从多层复合材料设计或载荷介绍。最好由CAE工具支持。一种有效方法的简单适用性应在试样和演示部件上进行论证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Zur Notwendigkeit eines konstruktionsmethodischen Ansatzes für die zeitfeste Auslegung endlosfaserverstärkter Kunststoffbauteile
Efficient and systematic design methods are indispensable aids on the way to effective lightweight solutions. In this article. the necessity of providing the product developer with a design method for the design of endless fibre-reinforced plastic [FRP] components to fulfil fatigue requirements is highlighted. Existing damage models and test methods could be used and extended within such approaches. A suitable method should take into account particularly the variety of requirements for FRP components and consider other influences. e.g. from multi-layer composite design or load introduction. preferably supported by CAE tools. The simple applicability of an effective approach should be demonstrated both on test specimens and on demonstrator components.
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