首页
期刊中心
期刊检索
论文检索
行业资讯
期刊
期刊
论文
首页
>
《中国焊接:英文版》
>
2000年2期
>
Interface structure and formation mechanism of diffusion-bonded joints of TiAl-based alloy to titanium alloy
Interface structure and formation mechanism of diffusion-bonded joints of TiAl-based alloy to titanium alloy
(整期优先)网络出版时间:2000-02-12
作者:
刘会杰;冯吉才
金属学及工艺
>焊接
分享
打印
同系列资源
资料简介
/
1
同系列内容
《中国焊接:英文版》2000年2期 - Numerical stress analysis of crack at welded beam-to-column connection
2000-02-12
1099
《中国焊接:英文版》2000年2期 - Interface structure and formation mechanism of diffusion-bonded joints of TiAl-based alloy to titanium alloy
2000-02-12
1876
《中国焊接:英文版》2000年2期 - A study on welded joint toughness of X-60 steel
2000-02-12
2895
《中国焊接:英文版》2000年2期 - Influence of rare earth element Y on composition, microstructure and inclusion of the weld
2000-02-12
2762
《中国焊接:英文版》2000年2期 - Development of RM-1 type coated electrode for reducing retorts in magnesium refining
2000-02-12
6159
查看全部
来源期刊
中国焊接:英文版
2000年2期
相关推荐
Effect of cooling rate on the microstructure of electron beam welded joints of two-phase TiAl-based alloy
Environmental Effects on the Room Temperature Ductility of a TiAl Based Alloy
Investigation on the Microstructure Homogenization in a TiAl Based Alloy Prepared by Elemental Powder Metallurgy
Stress distribution at diffusion-bonded interface of Fe3Al with Crl8-Ni8 steel
Study on interface failure of shape memory alloy (SMA) reinforced smart structure with damages
同分类资源
更多
[焊接]
Microstructure and mechanical properties of heat-affected zone of 680 MPa grade steel endured thermal cycle of double-wire SAW
[焊接]
Study on intelligent digital welding machine with a self-learning function
[焊接]
基于LABVIEW的TIG焊电参数的采集与分析
[焊接]
Effects of nugget alloying on microstructures and properties of resistance spot welded joints of aluminum and steel
[焊接]
New approaches for brazing temperature sensitive materials
相关关键词
DIFFUSION
BONDING
interface
structure
formation
mechanism
Interface structure and formation mechanism of diffusion-bonded joints of TiAl-based alloy to titanium alloy
/
1
重新阅读
+在线打印
返回顶部