After successful completion of the course, students are able to...
... apply basic radiation, heat, moisture and sound transmission processes to simple tasks in the building physics planning of buildings.... calculate the heat demand, the thermal comfort in summer and the cooling demand.... analyze room acoustics of frequently occurring rooms and to plan improvements.... calculate the entry for ambient noise and noise from neighboring utility units in a simplified way.... formulate the requirements for fire protection up to building class 5 and to name fire protection component properties.... apply design rules for permanent designs to typical component leads and analyze the fault tolerance of designs.
Thermal comfort and energy performance of buildingsTest methods for building material parameters - Simplified calculation of heating requirements, cooling requirements - proof of avoidance of summer overheatingSoundproofing, room acousticsPropagation of ambient noise, room acoustics, airborne sound insulation, impact sound insulation Test methods for building material and component characteristicsFire protectionProtection goals, fire sections, fire behavior of structures, test methods for building material and component characteristicsDurability of building structuresProtection objectives, measures to reduce the risk of moisture damage, test methods for building material and component parameters, simplified proof of the fault tolerance of building structuresApplication of basic building physics knowledge the planning of low-energy buildings, passive houses, plus-energy buildings the preparation of the energy certificate and sustainability certificates
Introductory lectures and lectures available as video.Solve tasks and find answer to your questions during "question time".
Lernumgebung in tuwel.Regelmäßige Möglichkeiten Fragen zu Aufgabe und Inhalten zu stellen - Anmeldung im tuwel Kurs
Skriptum zur Vorlesung:Baukonstruktionslehre 4 - BauphysikISBN 978-3-70684499-4
written and oral exam
Not necessary
coming soon
