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METHOD AND APPARATUS FOR FORMING A COMPOSITE STRUCTURAL ELEMENT

发明专利审中
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20权利要求 · 3 独立
§ Ⅰ

卷宗概要

发明人

Brian Justusson; Philipp Andreas Boettcher

IPC 分类

G6F 30/23B29C 70/88B64F 5/G6F 113/26G6F 113/28

CPC 分类

G6F30/23B29C70/882B64F5/G6F2113/26G6F2113/28

A method and system for designing a structural element for an aircraft includes defining a structural element, the structural element including a composite structure and a candidate interwoven wire fabric, wherein the candidate interwoven wire fabric forms a conductive pathway in the structural element. This may include generating a computer model of the composite structure; generating a computer model of the candidate interwoven wire fabric; forming a virtual prototype of the structural element including the composite structure and candidate interwoven wire fabric integrated therein; simulating, via a finite element model, a direct current injection event into the virtual prototype; determining an expected conductive pathway; identifying a risk associated with the expected conductive pathway in the virtual prototype; and implementing, as the structural element, the composite structure and the candidate interwoven wire fabric when the risk is less than a threshold risk.

原文(中文)

A method and system for designing a structural element for an aircraft includes defining a structural element, the structural element including a composite structure and a candidate interwoven wire fabric, wherein the candidate interwoven wire fabric forms a conductive pathway in the structural element. This may include generating a computer model of the composite structure; generating a computer model of the candidate interwoven wire fabric; forming a virtual prototype of the structural element including the composite structure and candidate interwoven wire fabric integrated therein; simulating, via a finite element model, a direct current injection event into the virtual prototype; determining an expected conductive pathway; identifying a risk associated with the expected conductive pathway in the virtual prototype; and implementing, as the structural element, the composite structure and the candidate interwoven wire fabric when the risk is less than a threshold risk.