strength of materials

In the case of composite materials, the Peel strength is an important quality metrics.

对于复合材料而言, 剥离强度是其重要的质量评价指标.

This paper mainly presents that constructional mid-carbon alloy steel, after bulk moulding deformation, heat treatment and cold surface deformation can raise fatigue strength of materials effectively.

本文主要介绍中碳合金结构钢经整体塑性变形、热处理后再进行表面冷变形工艺是提高材料疲劳强度的有效途径。

We elucidated the reason of increasing the initial strength of grouting materials by structure analysis.

本文从结构上阐明了该浆材早期强度增高的原因.

Tension control card printing and membership card production speed, the tensile strength of printer materials.

压辛的把持给与制卡和会员卡制息速度 、 承印质料的抗张强度相成婚.

The strength of aluminous cement CBC materials can be greatly increased when steam cured at 100℃.

100℃蒸汽养护可使高铝水泥CBC材料的强度大幅度增加.

Development trends of super-high strength aluminum alloy materials are expounded systematically.

较系统地阐述了超 高强 铝合金材料的发展趋势.

The flexural strength of materials reaches 100 MPa after the hydrolyzing resistance test.

经耐水解性试验后，材料的弯曲强度保持在100MPa以上。

Process of treating rubber or rubberlike materials with sulphur at great heat to improve elasticity and strength or to harden them.

硬质橡胶的由硫化作用制成的硬质橡胶在高温下用硫磺处理橡胶或橡胶类物质以提高它们的弹性、强度或硬度的过程。

Shall hardness, tensile strength and its elongation rate are principal data to indicate the quality of rubber materials.

邵氏硬度、拉伸强度和伸长率是考核橡胶材质力学性能的重要指标。

Amorphous materials have high strength and good properties of electromagnetism and corrosion-resistant.

非晶材料则具有很高的强度，良好的电磁特性和耐腐蚀特性。

Bricklayers have an intimate knowledge of the strength of materials.

砖瓦匠对材料强度有很多经验知识。

Theory of mechanical strength of materials under three-dimensional stress

三向应力状态下材料的力学强度理论

Using the elementary theory of strength of materials, an analysis on mechanics of the tennis racket of composites has been presented. The corresponding test of the tennis racket has been designed and carried out.

本文用材料力学方法分析了复合材料网球拍的力学问题，设计监进行了相应的网球拍试验。

Strength of materials is relevant to density of the bulk and the size of grains.

材料的力学强度与材料的致密度及晶粒大小有关.

In order to solve this problem, different strength grades of concrete which are in common used in hydraulic engineering are prepared by use of local materials and air entraining admixture, and the cross experiment method is adopted.

为研究解决这一工程问题，采用正交试验设计方法，就当地混凝土材料和引气剂设计了几种水利水电工程中常用的不同强度等级混凝土。