Litcius/Paper detail

Mechanical properties evaluation of ultra fined grained materials at low temperature

Ruby Pant, Kalpit Joshi, A. P. Singh, Kapil Joshi, Ashulekha Gupta

2024AIP conference proceedings14 citationsDOIOpen Access PDF

Abstract

Creating Ultra-fine grains by severe plastic Deformation has been made by various researchers as demand of lightweight materials increases in various industries. SPD techniques have been utilised by researchers for producing UFGs. But to maintain the overall properties of the material at the same time is very difficult. To enrich the overall properties of the materials as well as alloys, Liquid nitrogen processes are involved. Processes at Cryogenic temperature improved the strengthen of the material. Comparison has been also made by various researchers and it has been noted, the properties of the materials after Liquid nitrogen improved as it compared with room temperature processes. The microstructure Evolution has also been made and it has been noticed the properties enhancement by liquid nitrogen is much more preferable than conventional processes.

Topics & Concepts

Liquid nitrogenMaterials scienceMicrostructureNitrogenCryogenic temperatureDeformation (meteorology)Material propertiesComposite materialProcess engineeringChemistryEngineeringOrganic chemistryMicrostructure and mechanical propertiesAluminum Alloys Composites PropertiesAdvanced materials and composites