26 research outputs found
Wear characteristics of copper-based surface-level microcomposites and nanocomposites prepared by friction stir processing
Full text linkDifferent strategies of secondary phase incorporation into metallic sheets by friction stir processing in developing surface composites
Get PDFMicroalgal vegetation in the selected Mangrove Ecosystem of Kerala.
No full textDepartment of Marine Biology, Cochin University of Science & Technolog
Surface metal matrix composites of Al5083 - fly ash produced by friction stir processing
No full textInterlayer Engineering on Friction Welded Titanium Tube to Stainless Steel Tube Plate by External Tool Process
No full textJoining of titanium and stainless steel is challenging due to the formation of hard, brittle intermetallics. This study focuses on engineering ductile materials for joining transition metals. Friction welding of tube to tube-plate by an external tool, a novel solid state welding process was employed to join titanium tube and stainless steel tube plate. The interlayers engineered were copper, silver and Cu-Zn alloy. The micrographs revealed phase transformations in titanium tube and unaffected stainless steel base. Interface peak microhardness of 458 HV was observed for Ti/Cu-Zn/SS welded sample. The intermetallics formed were characterized by X-ray diffraction and scanning electron microscopy with energy dispersive spectroscopy. A novel shear test procedure was developed to evaluate the maximum shear load. It was found that joints with silver as interlayer withstood the maximum shear load of 56 kN. The shear surfaces were further analyzed and investigated for fracture study
