热压
Hot compression experiments on Ti-15-3 alloy are carried out on the Gleeble-1500 thermal simulator. Deformation activation energy under different deforming conditions is calculated and the main mechanism of high temperature deformation is discussed.
对Ti-15-3合金进行了等温压缩物理模拟试验,计算不同变形条件下的激活能数值,探讨此合金高温变形的主要机制。
Firstly, equiaxed microstructure could be produced by treatments including hot compression and duplex anneal.
本文首先通过变形及双重退火获得了很好的等轴组织.
Zn-Al Eutectoid Structure Formed by Hot Compression
热压法获得Zn-Al共析组织的研究
Effect of Hot Compression with Packs of Chinese Herbal Medicine and Salt on Treatment Results of Cervical-shoulder and Lumbodorsal Pain
药盐包热敷治疗颈肩腰腿痛效果观察
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