Flexural strength and elasticity decreased significantly with increasing wood content.

4.含木率之增加降低了抗弯强度及抗弯弹性率至为显著.

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Pultruded fiberglass is stronger, and has higher flexural strength than timber.

拉挤玻璃纤维是强, 具有较高的抗弯强度比木材.

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The relationship between nucleation temperature and flexural strength was investigated.

研究表明:抗弯强度、晶相含量随温度的升高先提高然后有所下降.

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The relationship between bending modulus of elasticity and bending strength was also linear.

抗弯弹性模量与抗弯强度具有密切的线性关系.

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The bending strengh of composite over 400 Mpa has been obtained within 20 vol % carbon content.

当碳相含量小于20vol%时,材料的抗弯强度可达到400Mpa以上.

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SEM analysis indicated that evenly distributed fine crystal grain was the reason of good bending strength.

SEM分析认为:造成材料抗弯强度增加缓慢或下降的原因是材料晶粒粗大,晶粒分布不均匀.

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The properties of copper coating carbon fiber copper coating graphite - copper composite were studied.

研究了镀铜石墨 - 铜基复合材料中镀铜碳纤维对复合材料电阻、硬度和抗弯强度的影响.

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The material mechanical properties, such as flexural strength, are measured by three point bending techniques.

利用三点弯曲方法测定了材料的抗弯强度等力学性能.

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The range of nucleation temperature and phase identification were studied by using DTA , XRD and SEM.

探讨了核化温度与抗弯强度之间的关系.

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Effect of core ∶ dentin thickness ratio on the flexure strength of IPS Empress heat - pressed all - ceramic restorative material.

基底瓷与饰瓷的厚度比对IPSEmpress热压铸陶瓷抗弯强度的影响.

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This paper the relation among the bending moment curvature ofaxis of the beam in transverse bending.

对脆性陶瓷材料来说,抗弯强度即为横向弯曲试验中样品断裂时的应力.

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Advanced technical ceramics. Monolithic ceramics. Mechanical properties at room temperature. Part 1: determination of flexural strength.

高技术陶瓷. 单片陶瓷. 室温下的机械特性. 第1部分: 抗弯强度的测定.

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In addition, there is positive correlation between fractal dimension and bending strength , bending elastic modulus.

另外, 发现分形维数与抗弯弹性模量 、 抗弯强度之间存在正相关趋势.

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