1) deformation heat
变形热
1.
The equation of deformation heat in rolling deformation zone is also ob.
基于塑性材料的变分原理,建立了轧制变形区的变形热计算模型。
2) hot pressed/hot deformed
热压热变形
1.
The new process of preparation of hot pressed/hot deformed nanocomposite magnet was studied.
研究了热压热变形纳米复合永磁体制备的新工艺,探讨了制备高性能高各向异性块状纳米复合永磁体的新方法。
3) hot deformation
热变形
1.
Hot Deformation and Processing Maps of Mg-Y-Nd-Gd-Zr Alloy;
Mg-Y-Nd-Gd-Zr合金的热变形和加工图
2.
Effect of Hot Deformation on Structure and Microhardness of 0.05C-0.13Nb Steel;
热变形对0．05C-0．13Nb钢组织和显微硬度的影响
3.
Fractal analysis of recrystallized grains of Ti-15-3 alloy after hot deformation;
热变形Ti-15-3合金再结晶晶粒的分形分析
4) Thermal distortion
热变形
1.
Temperature field and thermal distortion simulation in feeding process of ball screw based on finite element method
基于有限元法的滚珠丝杠传动过程中的温度场和热变形仿真
2.
This paper presents a real-time measurement based on high accuracy displacement sensor for spindle thermal distortion in machine tools.
文章研究了高精度位移传感器在数控机床主轴热变形测量中的应用。
3.
Too large thermal distortion of PCB during reflow soldering process may cause assembly defects such as components deflection and pseudo soldering,and it may induce heavy process stress and even micro crack on the soldering interface.
PCB在再流焊接过程中过大的热变形一方面可能造成元器件偏移或虚焊等组装故障,另一方面可能使焊接界面产生较大的工艺应力和微裂缝,严重影响焊点的组装质量和长期可靠性。
5) hot upsetting deformation
热压形变
6) Heat Distortion
热变形
1.
The heat distortion of mud carp muscles under respective heating conditions of 75 ℃,85 ℃ and 95 ℃ were studied.
研究了鲮鱼肌肉组织在75,85,95℃加热条件下受热变形的情况。
2.
When a composite reflector is molded, the heat distortion of the mould material should be taken into consideration.
高精度旋转抛物反射面型面均方根误差要求很严,复合材料反射面成型时须考虑模具材料的热变形。
3.
This paper carry a analysis through thermal field,considering the influence of temperature movement,conducted an heat distortion test experiment of the transformation problem of flat assembly accuracy and bearing preloaded force.
从温度场角度,就温度变化对平台装配精度、轴承预紧等方面所产生的影响进行了分析,并对平台结构系统进行了热分析及热变形试验,为平台动态测试参数超差问题的解决提供了一定的依据。
补充资料：热变形温度
分子式：
CAS号：
性质：对高分子材料或聚合物施加一定的负荷，以一定的速度升温，当达到规定形变时所对应的温度。是衡量聚合物或高分子材料耐热性优劣的一种量度。
CAS号：
性质：对高分子材料或聚合物施加一定的负荷，以一定的速度升温，当达到规定形变时所对应的温度。是衡量聚合物或高分子材料耐热性优劣的一种量度。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条