Werner Renhart

Ao.Univ.-Prof. Dipl.-Ing. Dr.techn.

1986 …2019
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Engineering & Materials Science

Finite element method
Antennas
Strip metal
Transformer windings
Electromagnetic compatibility
Eddy currents
Radio frequency identification (RFID)
Networks (circuits)
Capacitance
Hankel functions
Clamping devices
Overvoltage protection
Wire
Electric network analysis
Transponders
Clutches
Computer simulation
Testing
Hysteresis
Boundary conditions
Lightning
Magnetic fields
Inductance
Magnetic cores
Fluids
Hysteresis loops
Damping
Extrapolation
Numerical models
Electric network analyzers
Electric potential
Near field communication
Diodes
Simulators
Equivalent circuits
Communication

Mathematics

Finite Element
Electromagnetic Compatibility
Sparse Grids
Immunity
Hysteresis
Strip
Formulation
Metals
Local Solution
Grid
Fluid
Testing
Curve
Fault
Hysteresis Loop
Power Distribution
Evolution Strategies
Reversal
Extrapolation
Recombination
Harmonic
Design Methodology
Saturation
Model
Hankel function
Objective function
First-order
Meshing
Neumann Boundary Conditions
Summation
Plane Wave
Deflection
Periodicity
Incidence
Modeling
Estimate
Magnetic Field

Chemical Compounds

Finite element method
Antennas
Strip metal
Transformer windings
Transponders
Networks (circuits)
Electromagnetic compatibility
Eddy currents
Radio frequency identification (RFID)
Capacitance
Hankel functions
Wire
Electric network analysis
Computer simulation
Testing
Clamping devices
Boundary conditions
Lightning
Magnetic fields
Inductance
Damping
Simulators
Electric potential