The current engineering applications have complex parts that demand site-specific functionalities that cannot be fulfilled by a single material. Bimetallic structures offer distinct feature by combining the individual properties, that will resolve th
Section: Engineering Sciences (Research Project)
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Investigations on
Investigations on the effect of material anisotropy on fatigue and fracture toughness properties of cold metal transferred-wire arc additive manufactured (CMT-WAAM) aluminium alloy components
Research Project › Material Sciences
Design of
Design of Al-Cu-Ce Alloys with addition of L1₂ phase-forming elements for high-temperature applications
Research Project › Engineering Sciences
MANUFACTURING OF
MANUFACTURING OF FUNCTIONALLY GRADED BI-METALLIC WALL (IN718-SS316L) USING COLD METAL TRANSFER FOR HIGH-TEMPERATURE APPLICATIONS
Research Project › Engineering Sciences
Development of
Development of an Integrated Multi-Scale Computational Platform for Modelling Laser Additive Manufacturing Processes
Research Project › Engineering Sciences
Development of
Development of high strength β Titanium alloys using DED-based additive manufacturing, aiming at aerospace, automobile, and biomedical applications.
Research Project › Engineering Sciences
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