Czech

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Institute of Building Structures (PST)

Acquired knowledge enables students to practice analysis and modelling of physical phenomenas in building constructions focused on the heat transfer, hygro-thermal processes in building materilas and constructions.

Fundametal knowledge of numerical methods, FEM, CFD and CVM. Basic theretical knowledge in building physics. Sufficient knowledge in design methods of building constructions, environmetal engineering and in evaluation of indoor climate.

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Requirements for successful completion of the subject are specified by guarantor’s regulation updated for every academic year.

1. Introduction in modelling of building physics and energy technics.
2. The physics of heat, air and moisture transport in building materials and constructions.
3. Basic knowledge of physics for modelling in building thermal technics.
4. Classification and comparison of methods used in computer models and computer codes.
5. Simple calculation tools and simplified models. Limits of modelling.
6. One, two and three-dimensional calculation and modelling of physical phenomenas in building constructions.
7. Determination of boundary conditions for modelling of non-stationary conditions.
8. Modelling of heat and moisture transport in building constructions.
9. Minimising thermal bridges in external constructions of low-energy buildings.
10. Modelling of air flows by exfiltraion and infiltration in external constructions.
11. Influence of dynamics in the Central Europe climate conditions on convection and transfer of heat in external constructions.
12. Modelling others physical phenomenas in building constructions.
13. Verification and validation of models. Comparison of modelling with monitoring (in situ) and performance based design methods.

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Aim of the subject is introduction for modelling in building physics and energy technics. Acquired knowledge will be used for modelling of physical phenomenas in building constructions focused on the heat transfer, hygro-thermal processes in building materilas emboded in building constructions and air flows for non-stationary boundary conditions corresponding with the dynamic climatic changes of outdoor conditions and with operation of buildings.

Extent and forms are specified by guarantor’s regulation updated for every academic year.

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39 hours, obligation not entered