1) Hot Working
热加工
1.
Analysis on Hot Working Crack and Process Optimization for High-Sulfur Stainless Steel SUS 416;
高硫不锈钢SUS416热加工裂纹分析及其工艺优化
2.
Effects of Hot Working on the Microstructure and Mechanical Properties of Spray-deposited SiC_P/Al-Fe-V-Si Composites
热加工工艺对喷射沉积SiC_p/Al-Fe-V-Si组织与性能的影响
3.
The content and method of physical and numerical simulation on microstmcture evolution of GH4169 alloy during hot working process,as well as the recent development at home and abroad are introduced systematically.
系统介绍了GH4169合金热加工过程微观组织演化的物理模拟、数值模拟的研究内容和方法,以及国内外的最新研究进展。
2) hot processing
热加工
1.
Cracking analysis of stainless steel bar during hot processing
不锈钢棒热加工开裂原因分析
2.
Do some research and practice the smelting, forging, rolling of 00Cr25Ni6Mo2N seamless tube bloom; summarize the key problems in the producing, such as phase ratio control, steelmaking, hot processing.
研究并实践了00Cr25Ni6Mo2N双相不锈钢的冶炼、锻造／轧制与穿管等加工过程,总结了 00Cr25Ni6Mo2N无缝钢管管坯制造过程中的相比例控制、冶炼工艺、热加工工艺等难点问题,对类似双相不锈 钢的冶炼、加工具有指导意义。
3.
The basic principle of sapphire optical fiber high temperature sensor and optical signal process are introduced, the measurement ways in hot processing are analyzed.
介绍蓝宝石光纤高温传感器的基本原理和光信号的处理原理 ,分析其在热加工过程中的测试方
3) hot-working
热加工
1.
While the post-homogenization special treatments made a portion of γ′-phase coarse,and the hot-working pla.
结果表明:铸锭原始态存在偏析,γ′相在枝晶间和枝晶干处形状、尺寸差别较大,总体上尺寸较小;经均匀化后无粗大γ′相存在;均匀化后特殊处理部分γ′相尺寸增大,热加工塑性有明显提高。
2.
The hot-working and heat treatment technologies for W9Cr4V2Mo Steel were studied in this paper.
本文研究了W9Cr4V2Mo钢的热加工和热处理工艺,测试了其高温性能,并对其碳化物相进行了初步探讨。
4) heat treatment
热加工
1.
A glass ceramic coating used for the protection of Ti alloy from oxidation during heat treatment and working process has been successfully developed.
开发出一种用于高温钛合金热加工条件下的防氧化玻璃-陶瓷保护涂料,该涂料是以硼铝硅酸盐玻璃为主体,加入有机粘结剂,用水做溶剂,配制而成的水悬浮液。
5) thermal processing
热加工
1.
Combining with the current situation of heavy oil processing,base on the prilling principle of spouted bed,a new technology of producing spherical coke by heavy oil thermal cracking was put forward,which can provide a new direction of heavy oil thermal processing development.
介绍了国内外各种重质油热加工工艺和发展状况,分析了其特点和适应性。
2.
Using thermal simulation, thermoplastic, metallographic analysis and electronic microscopy, thermal processing performance of Al-Mg-Sc casting alloy were investigated.
以工业化生产条件下半连续铸造法生产的铝镁钪合金铸锭为研究对象，采用热模拟、热塑性、金相和电子显微分析方法研究了铸态铝镁钪合金的热加工性能。
6) hot working
热加工，热作
补充资料：热加工
| 热加工 hot processing of metal 在高于再结晶温度的条件下，使金属材料同时产生塑性变形和再结晶的加工方法。热加工通常包括铸造、锻造和金属热处理等工艺，有时也将焊接、热切割、热喷涂等工艺包括在内。热加工中金属的变形抗力小，塑性大，不会产生加工硬化现象，可以进行大量的加工变形。热加工能使金属零件在成形的同时改善其组织，或者使已成形的零件改变结晶状态以改善其机械性能。对于铅、锌、锡等低熔点的金属材料，由于其再结晶温度低，即使在室温下对其进行塑性加工也属于热加工。热加工主要适用于加工截面尺寸大，变形量较大的金属制品及半成品，以及那些硬脆性较大的金属材料。 |
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