The course is running through the several units.
1.Unit. Introduction to numerical simulation problematics. Physical modelling, abstract modelling. Similarity and modelling of processes.
2.Unit. Historical insight into modelling and simulation. Demonstration of problems without using the computers and commercial software.
3.Unit. Analytical and numerical methods. Finite differences, finite element method, finite volume method, CFD methods – theoretical fundamentals.
4.Unit. Commercial software, CAD systems. In addition, the invited lecture of guest coming from company with practical demonstration of simulation in real condition.
5.Unit. Basic principles for commercial software utilization – definition, subject, goal of simulated problem. Advantages and disadvantages of simulation, troubles. Principles and basics setting of problem. Boundary conditions. Case studies.
6.Unit. Working with commercial software handbooks, comparison the software environment together with theoretical interdisciplinary knowledge – limits and possibilities of simulation process. The conditions of right simulated problems. Case studies.
7.Unit. Excursion.
8.Unit. Utilization the simulations in technical-commercial branches: simulated reality, virtual reality, augmented reality.
9.Unit. Presentation given by students on selected topics - discussing the topics. Critical conclusions.
1.Unit. Introduction to numerical simulation problematics. Physical modelling, abstract modelling. Similarity and modelling of processes.
2.Unit. Historical insight into modelling and simulation. Demonstration of problems without using the computers and commercial software.
3.Unit. Analytical and numerical methods. Finite differences, finite element method, finite volume method, CFD methods – theoretical fundamentals.
4.Unit. Commercial software, CAD systems. In addition, the invited lecture of guest coming from company with practical demonstration of simulation in real condition.
5.Unit. Basic principles for commercial software utilization – definition, subject, goal of simulated problem. Advantages and disadvantages of simulation, troubles. Principles and basics setting of problem. Boundary conditions. Case studies.
6.Unit. Working with commercial software handbooks, comparison the software environment together with theoretical interdisciplinary knowledge – limits and possibilities of simulation process. The conditions of right simulated problems. Case studies.
7.Unit. Excursion.
8.Unit. Utilization the simulations in technical-commercial branches: simulated reality, virtual reality, augmented reality.
9.Unit. Presentation given by students on selected topics - discussing the topics. Critical conclusions.