10.45 Advanced Building Skin Design for Optimized Daylighting
Chair: Nelly Moenssens, Faculty of Architecture, KU Leuven, Belgium
Daylighting of indoor spaces and its effects on human circadian system
- Energy efficient and daylight design concept
- Applications of daylighting for indoor environment
- Experiment in situ to evaluate circadian stimulations
Lucia Mankova, Slovak University of Technology, Bratislava, Slovakia
Advanced window/skylight solution utilizing sunlight directly for illumination
- Advanced window solutions for offices and educational buildings in high latitudes
- Designing for occupant’s performance
- Window solutions for an educational building and a high rise office building
Barbara Szybinska Matusiak, Norwegian University of Science and Technology, Norway
Day and night images of tensile building façades
- Façade design for daytime and nighttime
- Night lighting design for tensile constructions
- Lighting design applications
Andrea Vargova, Slovak University of Technology, Bratislava, Slovakia
Space to gaze
- Balancing light and shadow in the cavity
- Merging high energy performance with high transparency
- Extending the comfort zone at the building perimeter
Hans-Joachim Frey, iconic skin, Germany
Adaptive building skin design and audiovisual comfort inside and outside the buildings
- Audio-visual comfort inside the buildings with kinetic façade
- Influence of advanced building skin on noise and light pollution in urban context
- Hypothesis on acoustically adaptive façade
Nelly Moenssens, Dep. of Architecture, KU Leuven, Belgium
Brief Presentations on Daylighting
Designing shading devices for highly glazed spaces
Vitaliya Mokhava, Lund University, Sweden
Design for and with daylight: Two healthcare façade applications in hot climates
Mili Kyropoulou, HKS Architects, Houston, USA
Daylight and thermal performance of single and double skin transparent façades
Katja Malovrh Rebec, Slovenian National Building and Civil Engineering Institute, Slovenia
Light/energy management films for advancing building energy efficiency
Sebastian Zehentmaier, 3M, Germany
Overheating in Nearly Zero Energy apartment buildings with glass façades
Hendrik Voll, Tallinn University of Technology, Estonia
Performance evaluation of complex fenestration systems
Anton Hendrix, Lund University Faculty of Engineering, Sweden
12:30 Lunch