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Institute for Acoustics and Building Physics
Uni
versity of Stuttgart
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Department Life Cycle Management
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Colloquium on Building Physics
Day of Building Physics
Symposium Climate and Culture Responsive Building
Dialogue series BUILDING A CLIMATE POSITIVE FUTURE
Dialogue series BUILDING A CLIMATE POSITIVE FUTURE
Presentations BUILDING A CLIMATE POSITIVE FUTURE TOGETHER
Department Life Cycle Management
Research Topics
Energy and Mobility
Materials and Product Systems
Sustainable Building
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Digitisation
Life Cycle Management
LANCA - Land use in the life cycle assessment
BioWert - Biodiversity assessment in complex value chains
SFB-TRR 141 - Biological Design and Integrative Structures
SFB 1244 - Adaptive skins and structures for the built environment of tomorrow
Urban Surfaces
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Research
Adaptive skins and structures for the built environment of tomorrow
Life Cycle Management
Environmentally friendly construction for people, flora and fauna
Multi-storey timber structure systems
People Inside
Dissertations
Environmentally friendly construction for people, flora and fauna
Investigation of building physics and social aspects of façade-integrated habitat systems for insects
Valorization of Bioresources
Use of the resource wastewater to improve the urban climate through increased evaporation
Climate Adaptation
Building physics parameters of green walls
Climate responsive building in classical Roman antiquity
Habitat-Systems for insects integrated into façades
Building physics study on the potential of house trees
SciWalK - Science Walk Climate Adaptation and Biodiversity
UrbanInsects
UrbanInsects
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Adaptive skins and structures for the built environment of tomorrow
C05 Building physics interactions in adaptive façade elements
C06 Façade-integrated adsorption systems for building air conditioning
Multi-storey timber structure systems
Resource-efficient and Circular Timber Building System
Universal Timber Slab
Numerical Methods for the description of building physics concepts with regard to structural and room acoustical aspects in multi-storey timber constructions
COMPLETED: Co-Design of Multi-Storey Wood Building Systems for Building Stock Extension
COMPLETED: Multi-Storey Wood Building System
Publications
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Healthy and energy-efficient design of sports facilities
Teaching
Teaching Offer
Bachelor and Master Thesis
Online Teaching
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*** Englische Subsite ***
Institute
Team
Ruddat, Michael
Michael Ruddat
Dr.
Contact
+49 711 685 83261
+49 711 685 82487
Email
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Seidenstr. 36
Stuttgart
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