Joining of Ti and Fe-based alloys is challenging due to the formation of deleterious phases
at the interface. Since fusion welding is unsuitable for the purpose, over the years, many …

Explosive clads of mild steel (MS) and Ti Grade 2 have been fabricated using different
explosive load ratios (R) of 1.07, 2.01 and 3. Interface microstructure, microhardness …

The present investigation deals with the efforts to form a defect free bonded interface
between mild steel (MS) and titanium (Ti) using the rotation friction welding process. The …

TA1/X65 bimetallic plate has a bright future of application by combining the excellent
corrosion resistance of TA1 and the high strength of inexpensive X65 steel, while …

Abstract Pure Ti or Ti alloys are recently spot-lighted in construction industries because they
have excellent resistance to corrosions, chemicals, and climates as well as various coloring …

The focus of this study is on the deformation mechanisms of high-alloy cast austenitic
TRIP/TWIP steel with the nominal composition Fe-16Cr-6Mn-6Ni. Due to its chemical …

Formation of the melting zone and the heat affected zone in the Ti/NiCr cladding interface
determine the quality of bonding. The microstructures and mechanical properties of the …

Spent fuel reprocessing plants of FBRs require advanced structural materials for service in
aggressive conditions. Ti-5Ta-2Nb is a candidate structural material for electrolytic dissolver …

Explosive cladding, a solid-state welding technique was used to fabricate dissimilar joints
between Ti-5Ta-2Nb alloy and 304L austenitic stainless steel. To remove the residual …

The mechanical response of shock wave-prestrained high-alloy Cr16-Mn7-Ni6 TRIP steel
was investigated under compressive and tensile loading at room temperature. Previous …