Abstract: Mechanical properties of machined components are controlled by inducing phase transformations in the outer layer of the materials. Induction hardening is one such manufacturing process where the surface hardness is enhanced while the core is retained with the original structure and characteristics. In this study, a mathematical model had been developed to predict the hardness and the volume fraction of martensite present in the hardened surface. Experiments applying inductio
ABSTRACT: The coupled computational procedure of the induction heating, the thermal conduction, the ...
Induction hardening has the potential to produce favorable surface integrity that can improve fatigu...
Numerical simulation is a valuable tool to help investigate complex multiphysics problems of enginee...
There are many circumstances in industry where steel components are locally heated into the austenit...
Induction hardening is a useful method for improving resistance to surface indentation, fatigue and ...
Induction hardening is a typical process used to heat treat axles to induce residual stresses for im...
To achieve a higher quality process planning and a more flexible execution of induction hardening co...
A multi-scale multiphysical finite element (FE) analysis is presented in this paper to predict the m...
To achieve a higher quality process planning and a more flexible execution of induction hardening co...
Induction harde ning is an e ne rgy-e fficie nt and highly re producible he at tre atme nt proc...
The usage of induction hardening in the industry has increased in the last years due to its efficien...
We investigate a mathematical model for induction hardening of steel. It accounts for electromagneti...
Induction hardening is an innovative process allowing modification of the materials surface with mor...
The microstructure and resultant mechanical properties of the hardened case produced in steels by in...
A modeling system for analyzing the integrated induction hardening processes was developed based on ...
ABSTRACT: The coupled computational procedure of the induction heating, the thermal conduction, the ...
Induction hardening has the potential to produce favorable surface integrity that can improve fatigu...
Numerical simulation is a valuable tool to help investigate complex multiphysics problems of enginee...
There are many circumstances in industry where steel components are locally heated into the austenit...
Induction hardening is a useful method for improving resistance to surface indentation, fatigue and ...
Induction hardening is a typical process used to heat treat axles to induce residual stresses for im...
To achieve a higher quality process planning and a more flexible execution of induction hardening co...
A multi-scale multiphysical finite element (FE) analysis is presented in this paper to predict the m...
To achieve a higher quality process planning and a more flexible execution of induction hardening co...
Induction harde ning is an e ne rgy-e fficie nt and highly re producible he at tre atme nt proc...
The usage of induction hardening in the industry has increased in the last years due to its efficien...
We investigate a mathematical model for induction hardening of steel. It accounts for electromagneti...
Induction hardening is an innovative process allowing modification of the materials surface with mor...
The microstructure and resultant mechanical properties of the hardened case produced in steels by in...
A modeling system for analyzing the integrated induction hardening processes was developed based on ...
ABSTRACT: The coupled computational procedure of the induction heating, the thermal conduction, the ...
Induction hardening has the potential to produce favorable surface integrity that can improve fatigu...
Numerical simulation is a valuable tool to help investigate complex multiphysics problems of enginee...