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Investigation of Parameters Dictating Damage and Energy Absorption Characteristics in Sandwich Panels
Abstract Bending behaviour of composite-skinned sandwich panels with both aluminium and nomex honeycombs have been investigated under a quasi-static loading with both HS and FE indenters. Damage mechanisms were identified as core crush, top-skin delamination and skin failure. A combination of skin thickness and indenter nose shape dictates not only the nature of these damage mechanisms but also their energy-absorbing capacity.
Investigation of Parameters Dictating Damage and Energy Absorption Characteristics in Sandwich Panels
Abstract Bending behaviour of composite-skinned sandwich panels with both aluminium and nomex honeycombs have been investigated under a quasi-static loading with both HS and FE indenters. Damage mechanisms were identified as core crush, top-skin delamination and skin failure. A combination of skin thickness and indenter nose shape dictates not only the nature of these damage mechanisms but also their energy-absorbing capacity.
Investigation of Parameters Dictating Damage and Energy Absorption Characteristics in Sandwich Panels
Zhou, G. (author) / Hill, M. (author) / Hookham, N. (author)
2005-01-01
10 pages
Article/Chapter (Book)
Electronic Resource
English
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