bending point

Upper body bending front, leg point raising, heel touching ground.

上身前倾, 腿尖抬高, 腿跟着地.

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.

Due to the difficulties for preparing perfect double-side sprayed specimen for three-point bending test, the present study presents a single-side and tree-point bending sprayed specimen test based on compound beam theory.

针对目前制备完美的双面涂层三点弯曲试样存在的困难，基于复合梁理论，提出了一种利用单面涂层试样的三点弯曲试验。

Firstly, the bending load-deflection relationship and failure modes of the test specimen were obtained by the four-point bending test.

首先进行静态四点弯曲实验，得到实验试件在静态弯曲载荷作用下弯曲载荷与加载点挠度的关系以及试件在静载作用下的破坏模式。

For uniform isotropic materials, bending modulus of three point bending ( TPB) test and four point bending ( FPB) test are almost the same and they are almost equal to material ′ s tensile modulus.

对于均质各向同性材料，三点弯曲实验和四点弯曲实验得到的弯曲模量与拉伸模量基本上一致。

A special machine with scanning electron microscope ( SEM ) used was designed for three point bending test.

设计了一种可用扫描电镜 ( SEM ) 动态观察、专门用于三点弯曲试验的特殊装置.

Through bending experiment, adhesive materials failure point and load of toughened and not toughened samples are analyzed and the toughening modification of adhesive materials can improve the adhesive properties between CFRP and concrete.

通过弯曲试验，分析粘结材料增韧前后弯曲试件的破坏特点和破坏载荷，得出对粘结材料进行增韧改性可以提高CFRP与混凝土的粘结性能。

The bending properties of cement mortar externally bonded with carbon fiber reinforced plastics ( CFRP) sheets at different temperatures were studied by means of three-point bending test. The influences of temperature on the bending properties of CFRP-cement mortar were discussed.

用三点弯曲试验研究了水泥砂浆外贴碳纤维片材后在不同温度下的抗弯性能，探讨了温度对碳纤维增强塑料（CFRP）-水泥砂浆抗弯性能的影响。

According to the analysis of experimental data, based on the theoretical model of composite, we can get a theoretical tensile curve of specimen and the theoretical deflection curves on 3-point bending load bending, then compared them with experimental data respectively.

分析实验数据，并根据复合材料理论分析模型，得出试件理论拉伸曲线和三点弯曲载荷下的理论挠曲线，分别与实验数据进行比较。