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14th Conference on
Advanced Building Skins

28-29 October 2019, Bern, Switzerland

Slider image

14th Conference on
Advanced Building Skins

28-29 October 2019, Bern, Switzerland

Slider image

14th Conference on
Advanced Building Skins

28-29 October 2019, Bern, Switzerland

Slider image

14th Conference on
Advanced Building Skins

28-29 October 2019, Bern, Switzerland

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  • Home 
  • Program 2018 
    • Forensic Engineering and Architecture: Investigations of Building Skin Failures
    • Parametric Design and Digital Fabrication
    • Additive Manufacturing and 3D Print of the Building Skin
    • The Impact of Climate Change on Building Envelope Design
    • Double Skin and Cavity Façades to Reduce Building Energy Consumption
    • Advanced Building Skin Design
    • Design Methods for Sustainable, High-performance Building Façades
    • Biomimetics for Energy Efficient Building Envelopes
    • Eco-materials for the Building Skin
    • Green Walls and Roofs
    • Kinetic Architecture
    • Responsive and Adaptive Building Skins
    • New Forms of Concrete for Advanced Building Envelopes
    • Aerogel Insulation Materials for the Building Envelope
    • Public Policies and Funding
    • Models, Policies and Products for Building Retrofit
    • Retrofitting the Building Envelope
    • Integrating Solar Technologies into the Building Envelope
    • New Technologies and Products in BIPV
    • Optimizing BIPV Design: Models, Tests and Simulation
    • Façade Integrated Day- and LED-Lighting Based on Micro-Optical Components
    • Optimierung der Gebäudehülle mit nachhaltigen Fassaden
    • Natural Ventilation and Thermal Behavior of the Building Envelope
    • Active Façades for Ventilation, Heating and Cooling
    • Performance of the Building Envelope
    • Models, Tools and Simulations for Sustainable Buildings
    • Dynamic Glazing for Sustainable Building Skins
    • Architectural Membranes for High-performance Building Skins
    • Parametric Design and 3D-Print of Building Skin
    • Eco-materials and Green Walls
    • Retrofitting the Building Envelope
    • Natural Ventilation and Active Façades
    • Climate Change and Double Skin Façades
    • Kinetic Architecture and Responsive Building Skins
    • Building Integrated Photovoltaics
    • Performance of the Building Skin and Simulation Tools
    • Advanced Building Skin Design
    • Aerogel and New Forms of Concrete
    • BIPV and LED-lighting
    • Dynamic Glazing and Architectural Membranes
  • Registration 
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  • Social program 
  • How to get there 
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Afternoon, Session Block D6

14:00 Dynamic Glazing for Sustainable Building Skins

Chair: Christopher Meek, University of Washington, Seattle, United States

Fluid flow glazing façades – Potential for the building envelope

  • Daylight
  • Energy efficiency
  • Water flow glazing

Daniel Pfanner, Frankfurt University of Applied Sciences, Germany

Improving building performance through the use of dynamic façade technology

  • Principles of electrochromic glass
  • Impact on energy performance of commercial buildings
  • Compliance with London energy code

Ben Abel, Hilson Moran, London, United KingdomEloïse Sok, Saint-Gobain, Courbevoie, France

Dynamic glass with liquid crystal windows

  • Adaptive and dynamic glass solutions
  • Solar control, glare protection and privacy
  • Building skins to become dynamic and sustainable

Martin Zitto, Merck KGaA, Darmstadt, Germany

Performance of a whole-building electrochromic window retrofit in a commercial office building

  • Automated dynamic shading and solar control system application
  • Weather and occupancy normalized savings estimate
  • Cost discussion and opportunities for further improved energy performance

Christopher Meek, University of Washington, Seattle, United States

Glass façade elements with inner circulating fluids

  • Adaptive glazing and the use of renewable energy
  • Energy efficient fully glazed buildings
  • Glass facades as low-temperature flat heating and cooling systems

Jochen Stopper, Technische Hochschule Rosenheim, Germany

Brief Presentations on Glass for Advanced Building Envelopes

Modeling 6-pane transparent façade system to optimize daylight and thermal performance

Katja Malovrh Rebec, ZAG, Ljubljana, Slovenia

Fully glazed façade conception for a villa with special and large-sized glass panels

Raul Corrales, Biff SA, Lausanne, Switzerland

Thermal shock in glasses: The role of building physics analyses

Luciano Laffranchini, Ai Engineering, Turin, Italy

15:30 Coffee Break

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Advanced Building Skins GmbH
Zentralstr. 44
CH-6003 Lucerne
Switzerland
info@abs.green

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