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   impact tolerance 的翻译结果: 查询用时:0.129秒
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impact tolerance
相关语句
  冲击耐力
     Therefore safe reentry of manned spacecraft is very important. This paper sunirnorized characteristics of physiological and pathological reactions and tolerance during + Gx landing impact,and discuased factors influencing Gx impact tolerance such as impact angle,design of ushion and harness.
     本文介绍了有关胸一背向着陆冲击作用下,生理与病理反应特点与耐力,并对影响着陆冲击耐力的因素,如冲击角度、椅垫特性及束缚系统结构作了分析。
短句来源
  “impact tolerance”译为未确定词的双语例句
     As a kind of advanced composite materials, 3-D braided composites have superior delamination resistance and impact tolerance.
     三维编织复合材料作为一种高级的复合材料,抗分层、耐冲击能力强。
短句来源
  相似匹配句对
     Tolerance to impact of the human body in
     通过研究人体坐姿冲击耐受能力发现,冲击作用时间50ms、峰值19G或其他等效组合会引起人体生理反应,但不会造成损伤,可作为载人飞船或飞机分离救生舱设计参数;
短句来源
     The Study on Damage Tolerance of Impact Brain
     人体头部受撞击脑损伤界限的研究
短句来源
     On Constitutionalism and Tolerance
     论宪政与宽容——以自由主义为视角
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     Impact and Transform
     冲击与蜕变
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     What is the tolerance
     宽容是什么
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  impact tolerance
This paper uses analysis and high-speed photography to study the impact tolerance of cellular phones.
      
Improving impact tolerance of portable electronic products: Case study of cellular phones
      
The modification of epoxy causes precipitation and separation of discrete rubber particles during curing of the epoxy which also enhances the interlaminar toughness and impact tolerance.
      
Glass fibre reinforced epoxy laminates are improved to enhance their impact tolerance capabilities by modifying the epoxy resin with the addition of CTBN 1300X8 and triphenylphosphine under a controlled atmosphere of inert nitrogen gas.
      
Where the paper does deal with impact tolerance the authors cite the work of Snyder, Stapp, Ruff and Ewing.
      
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As a kind of advanced composite materials, 3-D braided composites have superior delamination resistance and impact tolerance. In this paper 4-step 3×2 braided composite specimens were formed by means of RTM (Resin Transfer Moulding) technique with vacuum assisted. A measurement was taken by means of experiment on the tensile properties of 3-D braiding uncut, cut and drilled composite specimens. The effect of cut fibres on the tensile strain of specimen edge was compared with that of uncut fibres. The...

As a kind of advanced composite materials, 3-D braided composites have superior delamination resistance and impact tolerance. In this paper 4-step 3×2 braided composite specimens were formed by means of RTM (Resin Transfer Moulding) technique with vacuum assisted. A measurement was taken by means of experiment on the tensile properties of 3-D braiding uncut, cut and drilled composite specimens. The effect of cut fibres on the tensile strain of specimen edge was compared with that of uncut fibres. The stress concentration coefficient around hole was measured. The factors affecting tensile properties of 4-step composites and the reasons for failure were discussed. The results showed that with the braiding angle increased, the tensile mudulus and strength decreased. The tensile properties of cut and drilled specimens were inferior to that of uncut specimens. The stress concentration coefficient around hole of 4step composite materials was lower than that of laminates and metals. The tensile failure of 3-D braided composites appeared to be a result of fibre breakage with some evidence of fiber pullout.

三维编织复合材料作为一种高级的复合材料,抗分层、耐冲击能力强。本文用真空辅助RTM(树脂传递模塑)工艺合成了四步法3×2编织的复合材料试件,通过实验测定了三维编织复合材料未切割、受切割和钻孔试件的拉伸性能,对比了受切割和未切割纤维对于试件侧边拉伸应变的影响,测定了孔边应力集中系数,并且讨论了影响四步法复合材料拉伸性能的因素和断裂失效的原因。结果表明,随着编织角的增大,拉抻模量和拉伸强度减小;受切割和钻孔的试件拉伸性能低于未加工试件的性能;四步法复合材料的孔边应力集中系数比层板材料和金属材料的低;三维编织复合材料的拉伸失效主要是由纤维断裂以及纤维拉拔造成的。

Landing is the last stage of reentry of manned spacecraft after the flight mission has been completed.According to statistical data accidents eewcur more frequently at this stage. Therefore safe reentry of manned spacecraft is very important.This paper sunirnorized characteristics of physiological and pathological reactions and tolerance during + Gx landing impact,and discuased factors influencing Gx impact tolerance such as impact angle,design of ushion and harness.

载入飞船完成飞行任务后,返回着陆是飞行的最后一环,据统计也是事故多发阶段。因此保证载人飞船安全返回着陆是十分重要的。本文介绍了有关胸一背向着陆冲击作用下,生理与病理反应特点与耐力,并对影响着陆冲击耐力的因素,如冲击角度、椅垫特性及束缚系统结构作了分析。

 
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