发明名称 Test piece, test method, wind turbine generator system
摘要 The invention relates to a test piece for determining a specific material property of a fiber-reinforced plastic composite under applied mechanical loading.;According to the invention, it is provided that an inner core is incorporated in a composite with the fiber-reinforced plastic, the inner core being widened in a transverse axis in relation to the mechanical load in such a way that the composite with the inner core has a greater buckling stability than a comparative body, such as the composite without the inner core, and that the inner core is formed in such a way that an influence on the specific material property to be determined of the fiber-reinforced plastic composite lies in a range of acceptance.
申请公布号 US9581529(B2) 申请公布日期 2017.02.28
申请号 US201414321251 申请日期 2014.07.01
申请人 Wobben Properties GmbH 发明人 Hesse Ingo
分类号 G01N11/00;G01N3/02;G01N3/08;G01N3/32;G01N33/00 主分类号 G01N11/00
代理机构 Seed Intellectual Property Law Group LLP 代理人 Seed Intellectual Property Law Group LLP
主权项 1. A test piece including a specimen of fiber-reinforced plastic composite for determining a specific material property of the fiber-reinforced plastic composite under applied mechanical loading, the test piece comprising: an inner core incorporated in the composite with the fiber-reinforced plastic composite, the inner core being widened in a transverse axis in relation to the applied mechanical load, wherein the fiber-reinforced plastic composite with the inner core has a greater buckling stability than the fiber-reinforced plastic composite without the inner core, and wherein the inner core's influence on the specific material property to be determined of the fiber-reinforced plastic composite lies in a range of measuring error, wherein the test piece includes an outer surface and at least one strain gage located on the outer surface, wherein mechanical loads are applied to the test piece corresponding to at least one of tensile loading and compressive loading, wherein the mechanical loads correspond to dynamic loading, and the test piece including ends tapering to a surface area and adapted to fit into a fixing device.
地址 Aurich DE