Add to ORKGThe paper deals with mathematical modelling of assembly and disassembly of structural parts that are coupled with interference fit by means of induction heating. The process is formulated as a quasi-coupled electromagnetic-thermoelastic problem in 2D arrangement.Its solution is based on time stepping with built-in internal iterative processes for improvement of accuracy of parameters of linearised equations describing all three involved fields that are in each time step solved by the finite element techniques
Induction heating is used in many industrial applications to heat electrically conductive materials....
The magneto-thermo-mechanical behavior of metals in inductive heating devices is investigated by mea...
The aim of the work is precise coupled electromagnetic-temperature field analysis using the finite e...
The paper deals with mathematical modelling of assembly and disassembly of structural parts that are...
Purpose. To develop an effective approach for the numerical solution of transient thermo-contact pro...
Presents a procedure for the solution of induction heating coupled non-linear electromagnetic and th...
International audienceAn increasing number of problems in mechanics and physics involves multiphysic...
The paper deals with numerical computation methods for solving the quasistationary electromagnetic f...
This paper presents a numerical computation method and also an analysis procedure that can be used i...
Due to increased competitiveness in the aerospace industry, deeper knowledge of the manufacturing pr...
The paper deals with quasi-coupled numerical solution of the problem of induction heating and associ...
In the paper we present the numericalsimulation of the electromagnetic phenomena coupledwith the the...
Induction hardening has been widely applied for the heat treatment of components mainly in the aeron...
The numerical simulation of the induction heating process can be computationally expensive, especial...
Shrink fits are low-price connections which are widely used in industry and industrial con...
Induction heating is used in many industrial applications to heat electrically conductive materials....
The magneto-thermo-mechanical behavior of metals in inductive heating devices is investigated by mea...
The aim of the work is precise coupled electromagnetic-temperature field analysis using the finite e...
The paper deals with mathematical modelling of assembly and disassembly of structural parts that are...
Purpose. To develop an effective approach for the numerical solution of transient thermo-contact pro...
Presents a procedure for the solution of induction heating coupled non-linear electromagnetic and th...
International audienceAn increasing number of problems in mechanics and physics involves multiphysic...
The paper deals with numerical computation methods for solving the quasistationary electromagnetic f...
This paper presents a numerical computation method and also an analysis procedure that can be used i...
Due to increased competitiveness in the aerospace industry, deeper knowledge of the manufacturing pr...
The paper deals with quasi-coupled numerical solution of the problem of induction heating and associ...
In the paper we present the numericalsimulation of the electromagnetic phenomena coupledwith the the...
Induction hardening has been widely applied for the heat treatment of components mainly in the aeron...
The numerical simulation of the induction heating process can be computationally expensive, especial...
Shrink fits are low-price connections which are widely used in industry and industrial con...
Induction heating is used in many industrial applications to heat electrically conductive materials....
The magneto-thermo-mechanical behavior of metals in inductive heating devices is investigated by mea...
The aim of the work is precise coupled electromagnetic-temperature field analysis using the finite e...