Chinese translation for "tensile modulus"

定伸强度
抗拉模量
抗张模量
拉伸模量
拉伸模数

Related Translations:

tensile:  adj.张力[拉力]的；抗张的；能伸长的。 tensile force 【物理学】张力。 tensile strain 【物理学】张应变。 tensile strength 【物理学】抗张强度，拉力。 tensile stress 【物理学】张应力，拉应力。 a tensile test 拉力试验。n.-sility

tensile testing:  拉伸试验

tensile pull:  张力

hith tensile:  高强度的

strip tensile:  狭条抗拉

tensile socket:  张拉索接

tensile tester:  拉力测验机拉力试验机突拉试验机

hot tensile:  高温抗张强度

tensile module:  抗张模量

tensile region:  拉伸区域受拉区域

Example Sentences:

	1.	Analytic solution to elastic theory on surrounding rocks in tunnels with different compressive and tensile moduli 隧洞围岩拉压不同模量弹性理论的解析解
	2.	With the increased of pego percentage in blend films , the broken strength , the initial tensile modulus and the broken power decreased , but the elongation at break increased 随着pego的加入，共混膜的断裂强度和拉伸初始模量下降，断裂伸长率提高，断裂功减小。
	3.	The results showed that with the increase of heat treatment temperature , both the carbon content and tensile modulus of carbon fibers were enhanced , however the linear density decreased 试验结果表明，随着热处理温度的提高，炭纤维线密度下降，微晶层间距缩小，碳含量、微晶尺寸和拉伸模量得以提高。
	4.	It can be concluded that difference between tensile modulus and compressive modulus is an important property of soil and the solution of elasticity theory with different modulus in tension and compression is necessary and reasonable 可以认为，拉压模量不同是土的重要性质，拉压模量不同弹性理论解答的提出是合理的。
	5.	The results show that fsmf can improve the bend modulus of the resin cast clearly , but reduce the tensile strength . in the suitable content of filler ( not more than 30 % in this experiment ) , fsmf can improve the tensile modulus and bend strength . in the suitable content of filler ( 20 % ~ 30 % in this experiment ) , fsmf can improve the toughness of the resin cast 结果表明： fsmf显著提高树脂浇铸体的弯曲模量，但降低拉伸强度；在合适的填料含量(本实验中为30 )下， fsmf可提高树脂浇铸体的拉抻模量和弯曲强度；在合适的填料含量(本实验中为20 30 )下， fsmf可起到增韧效果，改善树脂浇铸体的断裂韧性。
	6.	Second , many mechanical properties are tested , for example , tensile strength and tensile modulus , flexural strength and flextural modulus and impact strength . by the analysis of the tensile stress - strain curves and the flexural stress - strain curves , the results are as follows : 1 ) the voluminal content of fibre of composite making by vacuum assistant resin injection is more than other composites . 2 ) the mechanical properties of the needlepunching nonwoven fabric reinforced polymer composite are superior to these of the calendering nonwoven fabric reinforced polymer composite 首先，采用不同的增强材料(针刺非织造布和热轧非织造布) 、不同的基体材料( 961树脂和306树脂)和不同的成型工艺方法(手糊法、真空袋法和真空辅助成型法)制造出了一系列非织造布增强复合材料，然后对它们的拉伸强度、拉仲弹性模量、弯曲强度、弯曲弹性模量和冲击强度等力学性能进行了测试，并分析了它们的拉伸载荷? ?位移曲线和弯曲载荷? ?位移曲线，结果表明真空辅助成型工艺能大大提高纤维的体积含量；针刺非织造布增强复合材料各项力学性能优于热轧非织造布增强复合材料。
	7.	Third , the mechanical properties were conducted by tensile test , and analyzed the relationship between the length , content , coupling agent levels and the tensile strength , tensile modulus of composites films . the result showed that the optimum formulation was the contents of long milled glass fiber 20 . 0wt % and coupling agent kh - 550 1 . 0wt % 最后,利用动态力学分析( dma )和差示扫描量热仪( dsc )对所制备的应变片基底材料进行了热学性能测试,得到了材料的玻璃化转变温度tg 、蠕变和应变回复率。
	8.	Untreated nano - particles are apt to conglomerate , thus causing stress to centralize around the conglomeration , which results in the decreasing of impact strength . the particles " diameter of al2o3 also influences the mechanical properties of pa6 . tensile strength and tensile modulus of pa6 / nano - al2o3 composites are better than that of pad / micro - al2o3 composites whereas impact strength of the composites declines 尼龙6是一种粘弹性聚合物，在载荷的作用下容易发生粘弹性形变，当载荷较低时，随着载荷的增加而摩擦系数减小，当载荷超过一定值时，由于滑动生热，造成材料软化变形，机械强度降低，承载能力下降，摩擦系数增大。
	9.	Compared with pure pmma , the thermal and mechanical properties of the nanocomposites are obviously improved at a very small amount of mmt ( ommt ) loading . the tgs of the composites via different methods are improved by 10 ~ 26 ? , the decomposition temperatures at weight loss of 5wt % are increased by 42 ~ 99 ? . in the bulk system , tensile strength , tensile modulus and impact strength are improved by 32 . 2 % , 60 . 3 % and 68 . 6 % , respectively , without the loss of light transmittance 相对于纯pmma体系，悬浮法、乳液法及本体法复合材料的t _ g值提高了10 26 ；后两种复合材料热失重5wt的温度提高了42 99 ；而本体法复合材料的拉伸强度、拉伸模量及冲击强度值最大分别提高了32 . 2 、 60 . 3和68 . 6 ，而透光性能基本未受影响。
	10.	Theoretical models were used to predict the effects of microcrack - density to effective tensile modulus of cf / ep laminates for long - term duration exposure for it difficult to get from tests . a uniaxial zero - expansion model was established based on the analysis of thermal stress and the coefficient of thermal expansion of the laminates 由于受到试验周期的限制,对于长期暴露于空间环境中的层合板材料,其有效拉伸模量很难用试验方法直接测量,本文采用理论模型进行分析。

Similar Words：

"tensile loading" Chinese translation, "tensile machine" Chinese translation, "tensile member" Chinese translation, "tensile module" Chinese translation, "tensile modules of elasticity" Chinese translation, "tensile modulus of elasticity" Chinese translation, "tensile of turbine compressor" Chinese translation, "tensile phase" Chinese translation, "tensile plate of core limb" Chinese translation, "tensile product" Chinese translation