After successful completion of the course, students are able to...
.. estimate the risk for moisture damages.
.. analyze the hygrothermal behaviour of buildings and building components.
.. apply building physics knowledge during design, planning and construction of buildings.
Lokal mikroclimate; Building aerodynamics; Wind profiles; Airfllow through buildings, settlements and urban structures; Design of the microclimate; Building physics measuring methods for the survey of the condition of buildings; Diagnosis of structural damage processes (weathering, corrosion, biological effects); Building physics planning and design of buildings in timber, brick, lightweight concrete, reinforced concrete and steel construction; Climate-friendly construction; Design in the fields of heat, moisture, sound and fire protection; Building regulations, energy certificate; Legal issues with physical evidence; Use of calculation software in planning practice
Introductory lectures; Practical task close to reality; Lab measurements
Questions about theoretical background and pratical task
Not necessary
mandatory: Bauphysik VO+UE; Bauphysik 2 VU
recommended: Schallschutz und Akustik VU
