1.
brittle materials tensile-strength tester
脆性材料抗拉强度测试仪
2.
CONCURRENT MEASUREMENT OF TENSILE STRENGTH AND FRACTURE TOUGHNESS OF QUASI-BRITTLE MATERIALS USING U-NOTCHED BEAMS: THEORETICAL ANALYSIS
用U形切槽梁同时测定准脆性材料的拉伸强度和断裂韧度:理论分析
3.
Development and utilization of indirect tensile strength tester for geomaterial
岩土材料拉伸强度测定仪的研制与应用
4.
For the brittle ceramic materials, flexural strengths are determined by the stress at fracture in transverse bending tests.
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。
5.
Evaluation Method of Measurement Uncertainty for Tensile Strength of Arc Tube Tensile Sample
管材弧形试样抗拉强度测量不确定度评定方法
6.
Sintered metal friction materials-Determination of tension strength
GB/T10423-1989烧结金属摩擦材料抗拉强度的测定
7.
The Develop of Multi-Purpose Test Instrument for Brittle Materials Mechanics Performance Perforance Testing;
多功能脆性材料力学性能试验仪的研制
8.
MICRO-MECHANICAL STRENGTH MODEL OF PARTICLE REINFORCED BRITTLE MATRIX COMPOSITE
颗粒增强脆性基体复合材料的细观强度模型
9.
Study on Relationships Between Structures and Stress Concentration of Tensile Specimens of Brittle Materials
脆性材料拉伸试样结构与应力集中关系研究
10.
Determination of Tensile Strength Based on Instrumented Indentation Experiments
基于仪器化压入测试方法的材料强度极限的测定
11.
Test method for flexure strength of impermeable graphite materials
GB/T13465.2-1992不透性石墨材料抗弯强度试验方法
12.
Test method for compressive strength of impermeable graphite materials
GB/T13465.3-1992不透性石墨材料抗压强度试验方法
13.
Application of Excel Software in the Uncertainty Evaluation of Measuring Tensile Strength of Metallic Materials
Excel在金属材料抗拉强度测量结果不确定度评定中的应用
14.
Study on the tensile strength of SiCp/Al composite
SiCp/Al复合材料的抗拉强度研究
15.
Tension Experiment Test System of Piston Rod Material Based on Virtual Instruments
基于虚拟仪器的活塞杆材料拉伸试验测试系统
16.
Method of testing in tensile strength perpendicular to grain of wood
GB/T14017-1992木材横纹抗拉强度试验方法
17.
Method of testing in tensile strength parallel to grain of wood
GB/T1938-1991木材顺纹抗拉强度试验方法
18.
The experimental results shown that the elastic limit stress, the Yang's modulus and the brittleness of SFRC were increasing when the temperature decrease.
试验结果表明随着温度的下降,材料的极限强度提高,杨氏模量上升,脆性加大。