QW-BHM (Basic Heating Module) for QuickWaveTM provides a novel regime of operating the FDTD solver, with:1 QW-BHM
QW-BHM (Basic Heating Module) for QuickWaveTM provides a novel regime of operating the FDTD solver, with:
modification of material parameters as a function of dissipated energy
manual tuning of the source (user indicates the new frequency)
automatic modification of source parameters in the consecutive heating steps, according to user specification, performed for each source separately
modelling of the load rotation and movement along an arbitrary trajectory
modelling of rotation and movement of multiple objects rotating around different rotation axis with different speeds or along different trajectories
analysis of the heat transfer problems taking into account divided cells (internal Heat Flow Module using non-linear model)
Rieke display for SWR
QW-BHM automatically modifies media parameters in thousands of FDTD cells filled with different media and heated up differently - all accomplished in a matter of seconds!
Each ”thermal” iteration requires many FDTD iterations to reach the new electromagnetic steady state starting from the previous steady state - but less than would be needed to reach the new steady state starting from the initial zero field distribution.
The Basic Heating Module manual presents basic features of the QW-BHM specialised module on a set of examples.
