Rajeev Baskiyar, Umesh Prasad Singh, Ganti Mahapatruni Dakshina Murty and Jagdish Singh:
Evolution of the temperature profile of a controlled cooled rod section under varying durations of water quenching
Long products, rod, finite element method, controlled cooling, temperature, heat transfer
The paper attempts at simulating the temperature profile of a rod section subject to water quenching, which constitutes a part of the controlled cooling technique that comprises quenching and self-tempering (QST) processes. Use has been made of a finite element method (FEM) based model for solving the heat transfer equations. The impact of varying the duration of water cooling while achieving the same targeted microstructure has been analyzed. The analysis brings to fore several key issues that are vital to making an informed selection of the cooling duration.
In addition, make sure to read these articles:
Simulation of rolling of check rail support plates
Hot stamped components with tailored properties-simulation and validation of product performance
Study on desulphurization and reoxidation by coupled thermodynamic modelling and CFD simulation
Simulating the hot stamping process of high-strength 22MnB5: From hot stamping to crash-simulations
Simulation studies on the quenching process in QST steel rounds
Concept and practical results of new eddy-current mould level sensors
Simulation of hot stamping processes
Numerical process design of hot stamping processes based on optimized thermo-mechanical characteristics
Fault tolerant SVC arc compensation system for DC arc furnaces
Pierre Gugliermina, Chief Technology Officer, ArcelorMittal
|
top of page
read times
All external sites will open in a new browser.