评估涂料柔韧性的物理弯曲试验。
Physical bending test for evaluating flexibility of a coating.
弯曲试验规定值适用于横向试样。
木材。组装。多榫接头连接。弯曲试验。
金属材料。管材(全截面)。弯曲试验。
用于检测金属线材的抗拉强度，及弯曲试验。
For testing the tensile strength and flexure strength of wire.
上述方法在热弯曲试验器分析中均得到了验证。
进行了纵筋加强箱形薄壁梁模型的循环弯曲试验。
Cyclic bending tests of a box girder with longitudinal stiffeners were also carried out.
进行弯曲试验确定韧性和是否存在某些焊接缺陷。
Bend tests are performed to determine ductility and to determine the presence or absence of certain defects.
用弯曲试验来推断应力松弛能力是一种有效的方法。
It is an effective way to infer relaxation ability with constant loading speed bending test.
采用冲击弯曲试验研究了硬质合金的冲击疲劳性能。
The impact fatigue property of cemented carbide was studied by impact bending test in this paper.
对箱形桁材的四点弯曲试验的分析表明与试验数据吻合良好。
The analysis of a four-point bending test of box girder specimens shows favourable agreement with experimental data.
经弯曲试验后，该膜仍可保持良好的疏水疏油的双疏性特征。
After the bending test, the mats could still keep their good amphiphobicity.
引入缓慢弯曲试验法，对水泥砂浆的增韧改性进行了试验研究。
In this paper research on improving of toughness for cement mortar is carried out by applying the slowly bending experimental method.
焊接工艺评定试板和产品焊接试板，按标准要求都要进行弯曲试验。
According to the standard's requirements, test piece for qualification of welding procedure and for product welding should be carried out various bending test.
到目前为止，仅通过拉伸、压缩或弯曲试验测得了木材的静弹性模量。
So far, we have found that the static elastic modulus of wood can only be measured through the experiments of tension, compression and bending.
小梁重复弯曲试验是评价沥青混凝土抗疲劳性能的一项重要室内试验。
A common laboratory fatigue test to estimate asphalt concrete is repeated flexural of beam specimens.
并由此提出以落锤试样静载弯曲试验做为一种新的简易止裂试验方法。
So it is pointed out that the drop test sample static bending test is a new and simple crack stop test. The experimental result indicated that the method is available.
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。
For the brittle ceramic materials, flexural strengths are determined by the stress at fracture in transverse bending tests.
采用等速加载弯曲试验研究不同沥青混合料的应力松驰性能及破坏特性。
Research is carried out on stress relaxation performance of various asphalt mixtures by utilizing the constant loading speed bending test.
采用等速加载弯曲试验研究了不同沥青混合料的应力松驰性能及破坏特性。
This paper elaborates the stress relaxation performance of various asphalt mixtures with constant loading speed bending test.
对墙体和柱的沿弱轴的弯曲试验结果表明，它们都具有强的弹性变形能力。
Bending tests on walls and columns along their weak axis showed that both have high elastic deformation capacity.
通过对玻璃钢渔船的五种船体骨架结构形式的弯曲试验，测得其力学性能。
Bending tests were conducted on five types of hull framing structure of fiberglass reinforced plastics fishing vessels and the results of the tests were optimized by using the weighted factor method.
表中所列拉伸试验规定值适用于纵向试样，弯曲试验规定值适用于横向试样。
Tensile test specified values listed in the table apply to longitudinal samples. Bending test specified values apply to horizontal samples.
模型中，桁架柱采用三维梁单元模拟，其等效弯曲刚度利用弯曲试验直接获得。
The Web steel truss beam is simulated with three-dimensional beam element, and the equivalent bending rigidity of the beam could be obtained by bending test.
分析金属制品国标中反复弯曲试验及单向扭转试验方法的书写问题，并对此提出建议。
The article analyzes writing problem of experimental method for reverse bending and torsion in one direction test in national standard of steel wire products, and gives advice to this end.
综合力学性能分析主要包括低温冲击试验、维氏硬度试验、室温拉伸试验和弯曲试验。
The comprehensive mechanical properties analysis mainly includes Cryogenic impact test, Vickers hardness test, the Tensile testing at ambient temperature and the Bending test.
金属材料的弯曲试验是锅炉压力容器制造行业进行原材料入厂检验的一项主要检查项目。
Metal material bending test is an important item when raw materials come to factory in boiler and pressure vessel manufacturing trade.
焊缝导向弯曲试验的目的是检查焊接接头的完好性和塑性以及材料的焊接工艺和表面缺陷。
The purpose of weld guide bending test is to detect plasticity of welding joint, welding process and surface defects of materials.
通过弯曲试验和劈裂试验，分析了水泥替代部分或全部矿粉对沥青混合料抗裂性能的影响。
By flexural test and split test, the effect of part or total replacement of mineral powder with cement on and-cracking performance of asphalt mixture is researched.
墙体的水平荷载试验以及梁的沿强轴的弯曲试验结果表明，它们吸收能量的能力都是强的。
Horizontal loading tests of walls and bending tests of beams along their strong axes reveal that the energy-absorbing capacities of both are high.
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