_{<_shead>Ontotherm (Clockwork Framework Structure) <_sbody> problem (Real World) heating equipment (Conceptual World) inductor calculation (Choice of the Simulation Model) parameter studies (Simulation Runs of the Temperature) validation tests (Comparison Between Simulation and Measured Temperature Distribution for the Real World User <_shead>problem (Real World) <_sbody> induction heating of bars induction heating of billets induction heating of tubes or pipes induction heating of slabs induction heating of sheets induction heating of strips induction heating of wires <_shead>induction heating of bars <_sbody> round-bar heating square-bar heating rectangular-bar heating <_shead>induction heating of billets <_sbody> round-billet heating square-billet heating rectangular-billet heating <_shead>induction heating of tubes or pipes <_sbody> round-tube-or-pipe heating square-tube-or-pipe heating rectangular-tube-or-pipe heating <_shead>heating equipment (Conceptual World) <_sbody> main transformer frequency converter heating machine recooling unit PLC <_shead>frequency converter <_sbody> parallel-circuit converter serial-circuit converter <_shead>parallel-circuit converter <_sbody> Thyristor type IGBT type MOSFET type <_shead>serial-circuit converter <_sbody> high-frequency converter <_shead>IGBT type <_sbody> Elomat 8 Elomat 16 Elomat 22 Elomat 32 <_shead>heating machine <_sbody> BTH CTH ETH PTH RTH STH VTH <_shead>BTH <_sbody> Type 1500 Type 2400 Type 3600 Type 4800 Type 6000 Type 7200 <_shead>CTH <_sbody> bar heating billet heating <_shead>ETH <_sbody> partial heating edge heating full-body heating heating of thixo bars <_shead>PTH <_sbody> longitudinal-field heating transversal-field heating <_shead>RTH <_sbody> full-body heating of tubes seam heating of tubes <_shead>STH <_sbody> f. AMP 30 f. AMP 50 f. AMP 70 f. AMP 80 <_shead>VTH <_sbody> 3600 4800 6000 <_shead>recooling unit <_sbody> water cooled air cooled <_shead>water cooled <_sbody> less 50 kW less 100 kW less 200 kW less 500 kW less 1000 kW less 2000 kW <_shead>PLC <_sbody> Siemens Allan Bradley Mitsubishi <_shead>Siemens <_sbody> S5 S7 <_shead>inductor calculation (Choice of the Simulation Model) <_sbody> 1D temperature calculation FEM temperature calculation with ANTRAS FEM field and temperature calculation with ANSYS <_shead>1D temperature calculation <_sbody> calculation of bar heating calculation of billet heating <_shead>calculation of bar heating <_sbody> regular for bars degressive for bars stop and go for bars <_shead>calculation of billet heating <_sbody> regular for billets degressive for billets stop and go for billets <_shead>parameter studies (Simulation Runs of the Temperature) <_sbody> Optimisation of the temperature distribution Documentation and discussion of the results for each possible heating machine <_shead>validation tests (Comparison Between Simulation and Measured Temperature Distribution for the Real World User <_sbody> Determination of the difference between calculated and measured temperature distribution over time for the heated parts Determination of the difference between calculated and measured temperature distribution over the cross section for the heated parts}