2
|
1
|
Sep 28, 2021
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12:00
|
2
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KL:B-124
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Overview of the most frequently used numerical methods and finite element (FEM) and finite time domain (FDTD). Overview of SW for creating a real anatomical model.
|
prof. Ing. David Vrba, Ph.D.
|
4
|
1
|
Oct 12, 2021
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12:00
|
2
|
KL:B-124
|
Simulation of electrical and magnetic field for static and quasi-static applications (AC / DC Module), calculation of electric field distribution around the electrodes of pacemaker and electrosurgical device
|
prof. Ing. David Vrba, Ph.D.
|
6
|
1
|
Oct 19, 2021
|
12:00
|
2
|
KL:B-124
|
Electromagnetic field simulation (RF Module), design and modeling of high-frequency devices
|
prof. Ing. David Vrba, Ph.D.
|
8
|
1
|
Nov 2, 2021
|
12:00
|
2
|
KL:B-124
|
Equation of heat dissipation in biological tissues, in particular the Penetration Equation (Heat Transfer Module), Multiphysical simulations.
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prof. Ing. David Vrba, Ph.D.
|
10
|
1
|
Nov 16, 2021
|
12:00
|
2
|
KL:B-124
|
Finite Element Method
|
prof. Ing. David Vrba, Ph.D.
|
12
|
1
|
Nov 30, 2021
|
12:00
|
2
|
KL:B-124
|
Acoustics Module, Thermoablation with High Intensity Focused Ultrasound
|
prof. Ing. David Vrba, Ph.D.
|
14
|
1
|
Dec 14, 2021
|
12:00
|
2
|
KL:B-124
|
Fluid Mechanics - One Phase (CFD Module)
|
prof. Ing. David Vrba, Ph.D.
|