three-point bending的例句大全

Three-point bending model considering strain gradient effects& part ⅰ: propagation of tensile localized band

考虑应变梯度效应的三点弯梁模型解析研究&第一部分：局部化带的传播

AE parameters and strength of the electric ceramic materials under three-point bending load are studied.

研究了电工陶瓷材料受三点弯曲负荷时的AE参数和强度。

The three-point bending tests were carried out at various temperatures and constant loading rates.

在不同的温度和加载速率下进行了三点弯曲试验。

Fracture Energy of Three-Point Bending Concrete Beams

混凝土三点弯曲梁断裂能的测试研究

Plane Strain Fracture Toughness Testing by Three-Point Bending

用三点弯曲试样测试平面应变断裂韧性

Deformation of sandwich beams with Al foam cores in three-point bending

泡沫铝层合梁的三点弯曲变形

An Experimental Study on Three-Point Bending of Aluminum Alloy Foam-Filled Cylindrical Aluminum alloy Pipe

泡沫铝合金填充圆管三点弯曲实验研究

Discussion on contact situation of specimen with supports in Hopkinson bar three-point bending test

Hopkinson杆三点弯曲试验中试样与支座接触状态分析

Three-point bending test was carried out for the measurement of the femur biomechanical properties.

取股骨行三点弯曲试验，测骨生物力学性能指标。

Stress Concentration Factors for Three-Point Bending Beam with Single-edge U-shaped Notch

U形切槽三点弯曲梁的应力集中系数

Deformation of sandwich beams with spherical pore Al alloy foam core in three-point bending

球形孔泡沫铝合金三明治梁的三点弯曲变形

Crack propagation of three-point bending test imitated and get the result coincide with the actual.

详细介绍了XFEM理论，并模拟了陶瓷试件三点弯曲试验中裂纹的扩展，得到与实相吻合的结果。

The bonding strength of Ti/ porcelain was evaluated using three-point bending test according to ISO 9693 1990 standard.

根据ISO9693标准，对钛/瓷间的三点弯曲结合强度进行测试，并对钛/瓷结合界面进行SEM观察。

And simulated three-point bending test of concrete, given the failure process of the specimens map and the load-displacement curve.

模拟了混凝土的三点弯曲试验，给出试件的破坏过程和荷载&位移曲线。

Objective: This study was used to evaluate the flexural strength of three kinds of resin composite core materials with a method of three-point bending test.

目的：采用三点弯曲实验的方法测量3种复合树脂核材料的弯曲强度。

The mechanical properties, microstructure and toughing mechanism of the composites were investigated by three-point bending test, impact test and scanning electron microscopy.

通过弯曲性能测试、冲击性能测试以及断面SEM形貌分析来研究复合材料的力学性能、微观结构以及增韧机制。

The left mandibule and femur were preserved under-20 ≥ in refrigerator for three-point bending test.

取左侧颌骨、股骨，-20℃冰箱保存，测三点弯曲骨生物力学指标。

The flexural properties of the three composites were also tested and a multi-stage layer-by-layer rupture mode was observed in the three-point bending test. 3.

使用三点弯曲实验测试三种复合材料的弯曲性能，三种材料均表现出了多阶段的逐层断裂模式。

The load that the femur withstood in three-point bending test decreased by 17.1% ( P < 0.05), and the other biomechanical parameters also declined.

与C组比较，D组的BMD均稍有增加。与B组比较，C组股骨三点弯曲的载荷减少了17.1%（P

Three-point bending test and torsion test were carried out with the plates fixed to plastic composite bones to compare the mechanical property of CCPC-plate and SCP.

CCPC－Fix与材料、尺寸完全一致的SCP做三点弯曲试验与扭转试验，比较两种不同钢板的力学性能。