Year :2024

Published in :Multipass friction stir welding of dissimilar Al–Si and Al–Mg cast aluminum alloys

Title of publication:Materials Chemistry and Physics

Published in :Heat affected zone evolution in fine grained aluminum alloys during laser welding: Phase-field simulation and analytical investigation

Title of publication:Optics and Laser Technology

Published in :Tungsten inert gas-assisted surface modification of 1045 steel with SiC particles

Title of publication:Surface Engineering

Year :2022

Published in :Revisiting The Phase Diagram of Au – Cu Alloy at Nanoscales

Title of publication:International journal of Thermodynamics

Published in :A unified bond energy model for size-dependent melting temperature of freestanding and embedded nanomaterials

Title of publication:solid state communication

Year :2021

Published in :Numerical Modeling of the Complex Link Between Grain Refinement and Microsegregation in Binary Alloy Solidification

Title of publication:Metallurgical and Materials Transactions A

Published in :Modelling of microstructure evolution during laser processing of intermetallic containing Ni-Al alloys

Title of publication:metals

Year :2020

Published in :Modeling the interfacial energy of embedded metallic nanoparticles

Title of publication:JOURNAL OF PHYSICS AND CHEMISTRY OF SOLIDS

Year :2019

Published in :Effect of mould design on the Niyama criteria during solidification of CH3C 80t ingot

Title of publication:IRONMAKING & STEELMAKING

Year :2018

Published in :Thermodynamic modeling of Ag - Cu nanoalloy phase diagram

Title of publication:CALPHAD-COMPUTER COUPLING OF PHASE DIAGRAMS AND THERMOCHEMISTRY

Year :2017

Published in :Size, shape and temperature dependent surface energy of binary alloy nanoparticles

Title of publication:APPLIED SURFACE SCIENCE

Published in :Thermodynamic model for prediction of binary alloy nanoparticle phase diagram including size dependent surface tension effect

Title of publication:CALPHAD-COMPUTER COUPLING OF PHASE DIAGRAMS AND THERMOCHEMISTRY