Machining thin metallic foils
Machining thin metallic foils by applying electric current pulse and a mechanical stress: synergy between variuos fields. Detailed description coming soon.
Machining thin metallic foils by applying electric current pulse and a mechanical stress: synergy between variuos fields. Detailed description coming soon.
High throughput determination of creep response of materials, saving time and resources by more than 10 times. Detailed description coming soon.
Visualisation of stem cells. Detailed description coming soon.
Discovery of Inverse Blech Length in presence of thermomigration and electromigration in thin films. Detailed description coming soon.
Atoms resolved by APT in 100 cubic planes. Detailed description coming soon.
Microstructure of additively manufactured 316L stainless steel subjected to tensile loading. Detailed description coming soon.
EBSD micrographs of additively manufactured Ti-6Al-4V after heat treatment. Detailed description coming soon.
An indigenous Oxygen Concentrator was designed and developed in the Indian Institute of Science by a team led by Prof. Praveen Ramamurthy. This prototype del...
“MicroSim” is a project under the National Supercomputing Mission, Govt of India. The project offers a set of codes that can use high performance computing t...