1.
Analysis of Thermal Expansion Stress and Temperature Difference Stress for BOF Shell
转炉炉壳热膨胀应力和温度差应力的分析
2.
The Feasibility Analysis and Calculation of River Ice Thermal Expansion Pressure on Riversides;
河流冰层对河岸热膨胀应力的可行性分析与计算
3.
Measurement and Validation of Coefficient of Thermal Expansion of Graphite IG-110 under Compressive Stress
压缩应力下石墨IG-110热膨胀系数的测量及验证
4.
Experimental research on 2-way thermal expansion valve for air source heat pump water heater
双向热力膨胀阀在空气源热泵热水器中的应用实验研究
5.
Study of Simulation and Optimization on the Electro-Thermo-Stress Field and Sodium Expansion Stress Field in 300kA Aluminum Reduction Cells;
300kA铝电解槽电热应力场及钠膨胀应力的仿真优化研究
6.
coefficient of linear thermal expansion
线性热(膨)胀系数
7.
Position seating eliminates stress and potential binding due to thermal expansion of the stem.
定位阀座消除了由于阀杆的热膨胀导致的应力和可能的弯曲。
8.
Finite Element Analysis on Thermal-stress in Different Expansion Gap in BOF lining
转炉炉衬不同膨胀间隙的炉壳热应力有限元分析
9.
Test on Expansion Factor of Cable Element by Method of Heating Water and Study on Prestressed Performance of Cable-stayed Structures;
水域加热拉索线性膨胀系数测试及斜拉结构预应力性能研究
10.
Effects of Compressive Stresses on Coefficient of Thermal Expansion of Fine-Grained Isotropic Graphite
压应力对各向同性细颗粒石墨热膨胀系数的影响
11.
Problem of Setting Expansion Joint and Calculate Axial Stresses for Fixed Tube Sheet Heat Exchangers
固定管板式换热器轴向应力计算与膨胀节设置问题
12.
Application and Economic Analysis of Screw Expander in Fossil Power Plant Heat Cycle
螺杆膨胀机在电厂热力循环中的应用及经济性分析
13.
testing method for linear thermal expansion coefficient of plastics by thermomechanical analysis
热力学分析塑料线膨胀系数试验方法
14.
The remainder of the power stroke is an adiabatic expansion.
动力冲程的后段是绝热膨胀过程。
15.
Kinetic Study on Thermal Degradation of Intumescent Flame Retardant Polypropylene;
膨胀阻燃聚丙烯的热降解动力学研究
16.
Response surface method in the robust design of a thermal expansion instrument;
热膨胀仪稳健设计中的响应曲面方法
17.
Comparison study of electronic expansion valve and thermal expansion valve for low-temperature devices
电子膨胀阀与热力膨胀阀在低温装置中的比较研究
18.
so the turbine must be carefully started because of vibration, rotor thermal and centrifugal stresses and differential expansions, and the boiler also requires a careful warm-up.
由于振动、转子热应力和离心应力与膨胀的差异,汽机须小心开车,锅炉也须小心热炉。