介绍了MTS810陶瓷试验系统的工作原理及其在陶瓷材料各种常温及高温动、静态力学性能测试中的应用。
The principle and features of MTS810 are introduced, and the applications of MTS810 for evaluating mechanical property of ceramics in normal and high temperature environment are discussed.
试验研究预应力钢绞线在经历高温作用并冷却至室温后的力学性能。
The material properties of prestressed steel strand post high temperatures are studied by experiments and various cooling patterns are considered in the experiments.
采用不同的高温试验工艺对T91钢管的TIG焊接头进行处理，分析TIG焊接头在力学性能和显微组织上的差异。
Mechanical property and microstructure of T91 steel pipe joint with TIG welding on different high-temperature test process was researched.
对经历高温后的花岗岩和高强混凝土的力学性能进行了试验研究。
The experimental research on the mechanical properties of granite rock and concrete after different high temperatures was conducted.
高温下钢材力学性能的确定是进行钢结构抗火反应分析的重要组成部分，为此进行了一系列钢材高温材性试验。
The determination of mechanical behaviour of structural steel at high temperatures is of particular importance for fire resistant analysis of steel structures.
对放电等离子烧结合金进行高温压缩试验，研究了变形速率、变形温度和试样制备工艺对合金力学性能的影响。
The hot compression test was performed, and the effects of the deformation rate, the deformation temperature, and the preparation process on mechanical property of the as–sintered alloys were studied.
通过渗氢试样的常温力学性能试验和双悬臂梁试样在高温高压高纯水中的腐蚀试验来研究t 225ng钛合金的氢脆行为。
Through the tests of mechanical properties of charging hydrogen and the corrosion tests in loop water of high temperature and high pressure, hydrogen brittleness of T225NG Ti-alloy was studied.
通过高温瞬时试验、剥落腐蚀试验、扫描电镜及力学性能试验，对经均匀化和不经均匀化的5083铝合金铸锭的轧制制品进行对比分析。
The rolling products by homogenizing ingot and non-homogenizing ingot are analysed and compared through high temperature property tests, corrosion tests, SEM analysis and machine property tests.
试验研究了预应力钢丝在经历高温作用并冷却至室温后的力学性能。
The materials′properties of prestressed steel wire post high temperatures were studied by experiments and various cooling patterns were considered in the experiments.
试验研究了预应力钢丝在经历高温作用并冷却至室温后的力学性能。
The materials′properties of prestressed steel wire post high temperatures were studied by experiments and various cooling patterns were considered in the experiments.
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