DescriptionThe lecture, hosted by Professor Runa T. Hellwig, was met with high resonance among our students though it was not a mandatory part of their studies. 55 students participated physically in the lecture room. Even larger was the international visibility via our network. 119. Esteemed colleagues, researchers and PhD students from all over the world including Europe, North- and South America, Asia and Africa participated. The discussion was intense and interesting. We received very positive feedback.
Kindly supported by Henrik Frode Obel Foundation
In organization of HFO International Lecture Series Committee (Andrea Jelić, Michael Martin, Tenna Doktor Olsen Tvedebrink)
Special thanks to Assistant Professor Christiane Berger and Miha Zgank, PhD student for their support during the lecture!
The indoor climate of most buildings is usually tightly controlled. This is due to the application of thermal comfort models from the 1970s that suggest an average human comfort and that regard humans more or less as a physical object. Recent physiological and behavioral research shows that comfort and health do not necessarily go together and that mild variations in ambient temperature can be healthy and may create more human resilience in times of temperature extremes. In addition, there are large individual differences in thermal comfort. During the lecture these differences will be explained from thermo-physiological, behavioral and acclimatization perspective. This knowledge leads to completely different insights for organizing and controlling our indoor climate. The concept of a more varied, dynamic, temperature control may lead to a healthier, more productive indoor climate and moreover, may save energy in the built environment.
Wouter van Marken Lichtenbelt, Professor of Ecological Energetics and Health
Maastricht University, Netherlands
is head of the research group Thermophysiology & Metabolism Maastricht University (TherMU). The fundamental aspect of the research is the effect of environmental temperatures on physiology and behavior. This ranges from indoor environment in western populations to extreme conditions in Siberia. The study results show significant beneficial effects of excursions outside the thermoneutral zone on metabolic and cardiovascular health and resilience to extremes. The applied part of the research puts emphasis on how daily indoor environmental conditions relate to thermal comfort, behavior, health and prevention of the metabolic syndrome. His group searches for an optimal mix of different lifestyles and environmental factors to create a healthy sustainable indoor environment.
|Period||23 Mar 2022|
|Location||Aalborg, DenmarkShow on map|
|Degree of Recognition||International|
- adaptive thermal comfort
- integrated architectural design
- dynamic indoor environments
Documents & Links
- HFO ILS Spring 2020_A3 poster wouter_2022
File: application/pdf, 836 KB
Type: Text file
Wouter van Marken Lichtenbelt
Activity: Hosting a guest lecturer
Design of adaptive opportunities for people in buildings
Research output: Contribution to book/anthology/report/conference proceeding › Book chapter › Research › peer-review