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Using composites and modelling tools to achieve lighter Armoured Fighting Vehicles Blast protection composite suspension arm - (PPT)

机译:使用复合材料和建模工具来实现更轻的装甲斗争车辆爆炸保护和复合悬架臂 - (PPT)

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ACAVP & CAFV programmes have provided a comprehensive study on composites for AFVs with a large database of materials and techniques: Over 240 technical reports generated by the consortium, placed on CAFV web site; Design guidelines provide overviews of the use of composites for the various stages in the design of an AFV, with links to more detail information in the individual reports; Modelling techniques to optimise designs are available for structural, vibration ballistic, shock and blast evaluation = Virtual Proving Ground; Demonstrated that composites has the potential to reduce the weight of future vehicles both hulls and components; Over braided foam core resin infusion process manufacturing route has produced representative arms from E-glass and carbon fibre epoxy materials; Arms demonstrated a weight of 26kg carbon and 30kg glass, glass arm less stiff, compared to original arm weighing 64 kg. Future AFVs will need to be mix of materials to maximise system performance - increased multifunctional materials.
机译:ACAVP&CAFV计划对AFV的复合材料进行了全面的研究,具有大型材料和技术数据库:联盟产生的240多个技术报告,放在CAFV网站上;设计指南提供了在AFV设计中使用复合材料的概述,其中包含有关各个报告中的更多详细信息的链接;优化设计的建模技术可用于结构,振动弹道,冲击和爆炸评估=虚拟证明地面;证明复合材料有可能降低船体和组件的未来车辆的重量;在编织泡沫芯树脂中输注过程制造路线已经产生来自E-玻璃和碳纤维环氧材料的代表性臂;武器展示了26kg碳和30kg玻璃,玻璃手臂较少的重量,与原始臂相比重64千克相比。未来的AFV将需要混合材料以最大限度地提高系统性能 - 增加的多功能材料。

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