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Numerical simulation of thick adhesive joints: application of the theory of hyperelastic continua

机译:厚胶粘剂的数值模拟:超弹性连续型理论的应用

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摘要

An important trend in the design and fabrication of engineering structures is the increasing use of combinations of dissimilar materials within the same structure. The use of dissimilar materials in combination often results from a need to minimize weight. Especially thick elastic adhesive bonds have a wide potential to be used as structural joints in light weight structures for all surface transportation systems. The thickness of the elastic joints is in the order of a tenth of a millimeter to several millimeters. Thick elastic joints are able to sustain strains of some hundred percents. Therefore, these types of adhesive joints are pre-destined to combine materials of extremely different thermal expansion behavior. One important requirement to use thick elastic joints for engineering structures is a sound method to design and to evaluate the adhesive joints.
机译:工程结构设计和制造的一个重要趋势是越来越多地利用相同结构内不同材料的组合。使用不同材料的组合通常需要使重量最小化。特别是厚的弹性粘合剂粘合剂具有宽的电位,以用于所有表面运输系统的轻质结构中的结构接头。弹性接头的厚度为十分之一毫米至几毫米。厚的弹性接头能够维​​持百分之百百分症的菌株。因此,这些类型的粘合剂接头预先注定以结合极差的热膨胀行为的材料。使用厚弹性接头进行工程结构的一个重要要求是设计和评估粘合剂的声音方法。

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