Laminated-toughened TS matrix laminates showed remarkable enhancement in impact damage resistance, while their static mechanic properties were well kept.
经层状化增韧,热固性基体复合材料的抗冲击损伤性能得到显著提高,同时原有的静态力学性能基本上没有受到影响。
The parameters characterizing the capability of materials resistance to erosion, impact damage erosion energy and shear damage erosion energy were introduced in this model.
在模型中引入了表征材料抵抗侵蚀破坏能力的参数:冲击破坏侵蚀能和剪切破坏侵蚀能。
Comparative tests were carried out to prove that additive treatment will increase the resistance and reduce the damage of LRBC from impact and fatigue.
并通过对比实验验证了表面处理剂的添加能提高材料的疲劳和冲击性能,较好的降低材料的冲击与疲劳损伤。
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