Add to ORKGNowadays, there has been a fast-growing concern in using alternative and hybrid materials in the automotive and aerospace industries that have the characteristics of lightweight material, good corrosion resistance, and good weldabilit
The introduction of advanced high strengths steels enabled automotive manufacturers to simultaneousl...
This paper deals with the issue of welding two different materials – titanium and stainless steel (U...
[[abstract]]Because of the properties of 1050 aluminum alloy close to pure aluminum, it has good the...
In the present scenario welding of dissimilar metals is very important because one metal cannot give...
Resistance spot welding is a common fabrication method used in industry today. This manufacturing pr...
Many lightweight materials, including aluminum alloy, magnesium alloy, and plastic, have been used f...
In this study, austenitic stainless steel 316L and titanium alloy (ASTM grade 5) were welded togethe...
[[abstract]]In the recent years, automobile industry is getting more and more interesting in aluminu...
The effects of weld power, electrode force, electrode tip radius, and elapsed time between cleaning ...
In this study, ASS 316L and Ti-6Al-4V were welded together by micro-resistance spot welding (μRSW) a...
Present design trends in automotive manufacture have shifted emphasis to alternative lightweight mat...
Ti6Al4V titanium alloy is applied extensively in the aviation, aerospace, jet engine, and marine ind...
Joining dissimilar metals has recently become very popular in industries because of the advantages a...
In the past two decades or so, titanium and its alloys have found a significant increase in the aero...
[[abstract]]Because of the advantages of ‘high strength to weight’ ratio and good corrosion resistan...
The introduction of advanced high strengths steels enabled automotive manufacturers to simultaneousl...
This paper deals with the issue of welding two different materials – titanium and stainless steel (U...
[[abstract]]Because of the properties of 1050 aluminum alloy close to pure aluminum, it has good the...
In the present scenario welding of dissimilar metals is very important because one metal cannot give...
Resistance spot welding is a common fabrication method used in industry today. This manufacturing pr...
Many lightweight materials, including aluminum alloy, magnesium alloy, and plastic, have been used f...
In this study, austenitic stainless steel 316L and titanium alloy (ASTM grade 5) were welded togethe...
[[abstract]]In the recent years, automobile industry is getting more and more interesting in aluminu...
The effects of weld power, electrode force, electrode tip radius, and elapsed time between cleaning ...
In this study, ASS 316L and Ti-6Al-4V were welded together by micro-resistance spot welding (μRSW) a...
Present design trends in automotive manufacture have shifted emphasis to alternative lightweight mat...
Ti6Al4V titanium alloy is applied extensively in the aviation, aerospace, jet engine, and marine ind...
Joining dissimilar metals has recently become very popular in industries because of the advantages a...
In the past two decades or so, titanium and its alloys have found a significant increase in the aero...
[[abstract]]Because of the advantages of ‘high strength to weight’ ratio and good corrosion resistan...
The introduction of advanced high strengths steels enabled automotive manufacturers to simultaneousl...
This paper deals with the issue of welding two different materials – titanium and stainless steel (U...
[[abstract]]Because of the properties of 1050 aluminum alloy close to pure aluminum, it has good the...