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Dr. Ajay Kumar
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Foundry 4.0 Student Activity Center IIT Tirupati
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Dr. Ajay Kumar
Home
Introduction
Education and Experience
Administration
Projects
Research Publications
Patents
Journals
International Conferences
National Conferences
Books/Chapters
Presentations
Posters
Others
Research Group
PhD Students
MS Students
MTech Students
BTech. Students
Project Staff
PostDoc
Visitors
Research
Professional Services
Research Areas
Inspired Research Technologies
Research Facilities
Research Collaboration
Tribology and Surface Engineering
Teaching Courses
Foundry 4.0 Student Activity Center IIT Tirupati
Awards and Recognitions
News & Events
Contact
Photo Gallery
More
Home
Introduction
Education and Experience
Administration
Projects
Research Publications
Patents
Journals
International Conferences
National Conferences
Books/Chapters
Presentations
Posters
Others
Research Group
PhD Students
MS Students
MTech Students
BTech. Students
Project Staff
PostDoc
Visitors
Research
Professional Services
Research Areas
Inspired Research Technologies
Research Facilities
Research Collaboration
Tribology and Surface Engineering
Teaching Courses
Foundry 4.0 Student Activity Center IIT Tirupati
Awards and Recognitions
News & Events
Contact
Photo Gallery
Inspired Research Technologies
A novel way of making defect free light weight high strength metal matrix nano composites for high temperature applications
A novel way of making cheaper metallic foam or porous material for various engineering applications
A unique way with proposed technology to join Shape Memory Alloys for defense and marine applications
Syntactic foams synthesized by pressure infiltration casting
Sn-3.0Ag-0.5Cu Solder Micro-joints Between Copper Substrates
Friction stir processing of squeeze cast A356 with surface compacted graphene nanoplatelets (GNPs) for the synthesis of metal matrix composites
Exploring the functional and corrosion behavior of friction stir welded NiTi shape memory alloy
Effect of Microstructure on Contact Angle and Corrosion of Ductile Iron: Iron−Graphite Composite
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