High strength Al-alloys by semi-solid processing: Modification of dendritic structure to nearly globular one by stirring the alloy in between the solidus and liquidus temperatures (rheocasting). The alloys were further processed through Strain-induced melt-activation to achieve better mechanical properties.
Aluminum alloy matrix composite plates for defense applications: secondary processing of Al-SiC composite plates were carried out by forging and rolling techniques. The problem of edge cracking and failure of composites was solved to a large extent by optimizing the homogenization and heat treatment schedules.
Thermo-mechanical treatment for TWIP and TRIP steels
Closed cell steel and aluminum foams for automotive and non-load bearing structural applications: The aim of this program is to develop sandwich foams, foam filled tubes and small size foam elements employing powder metallurgy technique using non-conventional foaming agents and additives to achieve uniform and large size pores.
Resistance heating vacuum furnace (Max. temperature 800)
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