首页> 外文会议>Marketing/Technical/Regulatory Sessions of the Composites Institute's 51st Annual Conference amp; EXPO '96 February 5-7, 1996 >Experimental versus Design Correlations in Multi-Cellular Fiber Reinforced Plastic Panels
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Experimental versus Design Correlations in Multi-Cellular Fiber Reinforced Plastic Panels

机译:多细胞纤维增强塑料面板的实验与设计相关性

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Reinforced plastic (RP) multi-cellular panels have been used recently in designing lowrise buildings (GanagaRao et al., 1996). These RP panels were 24" wide and 5 1/2" thick and were manufactured by pultrusion process using an existing die with a modified (bidirectional) fiber architecture. Constituent materials were rovings, mats, and bi-directional fabrics made of E-glass, and polyester resin. Bending tests were conducted to characterize the stiffness performance of the RP panels and the stiffness results were compared with a simple analytical model. The joining of panels to create a modular deck or wall system is briefly discussed.
机译:增强塑料(RP)多室面板最近已用于设计低层建筑(GanagaRao等,1996)。这些RP面板的宽度为24英寸,厚度为5 1/2英寸,是使用具有改良的(双向)纤维结构的现有模具通过拉挤成型工艺制造的。构成材料为粗纱,毡垫和由电子玻璃和聚酯树脂制成的双向织物。进行弯曲测试以表征RP面板的刚度性能,并将刚度结果与简单的分析模型进行比较。简要讨论了面板的连接以创建模块化的甲板或墙壁系统。

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