10.00
Fremtidens materiale
Cobe mener, at træ er fremtidens byggemateriale. At designe moderne bygninger i træ har potentialet til at reducere en bygnings CO2-aftryk med 70-80% i byggefasen og har dokumenterede positive virkninger på indeklimaet. Dan Stubbergaards keynote vil fokusere på nogle af Cobes nuværende træprojekter så som de ultrahurtige ladestationer til elbiler og det fremtidige Science Center i hjertet af Science Village Scandinavia i det sydlige Sverige.
Dan Stubbergaard, grundlægger, Cobe
10.40
Netværkspause
11.10
Next generation timber architecture: research into more sustainable futures
Waste Wood Architecture in the context of Circularity
The lecture explores the architectural potential of waste wood applications in building scale, through novel approaches in design, fabrication, assembly, and analysis of large-scale inhabitable structures. It puts forward a hypothesis that inherent material traits possess the power of agency for building applications with new visual expressions suggesting new ways of considering material resources and creating architecture with what we currently consider as waste.
Olga Popovic Larsen, professor, Det Kongelige Akademi
The Architectural Potentials of Wood Explained through the Construction Material Pyramide
The Construction Material Pyramide (Materialepyramiden.dk) is a new digital tool for professionals or students in the construction industry, who want to look into the environmental footprint of construction materials.The concept is borrowed from the ordinary food pyramid and it’s a tool that focus on the impacts of our material choices – here and now. It shows, which materials we can use with little or no concern and
which ones we should be very aware of in a simple illustrative way.” How this tool may define the material choices in architectural design processes and what does it tell us about the potentials of wood and environmental impact is the main focus of this presentation.
Pelle Munch-Petersen, adjunkt, Det Kongelige Akademi
Tree to Product
A tighter link across the value chain from forest to timber products is at the core the RawLam research project by the Centre for Information technology and Architecture. Digital technology allows to assess and design with timber before and during harvest and processing. Our research investigates how to increase the amount of durable
products from timber per unit of raw material, maximise the materials potential as Carbon sink and allow for new expressions for design and engineering.
Martin Tamke, associeret professor, Det Kongelige Akademi
12.10
Frokostpause
13.10 Keynote
Timber creates spaces that appeal to senses
Yuki Ikeguchi, a partner and executive vice president leading Kengo Kuma and Associates in Paris, will present 3 of her projects designed and built with timber; H.C. Andersen Museum in Odense, Denmark, Odunpazari Modern Art Museum in Turkey and Terraze Verdi office complex in Milan. With extensive use of timber in architecture she strives to pursue biophilic architecture design, working with organic elements and setting in full extent to create spaces that appeal to senses and offer an open ground that promotes public activities.
Yuki Ikeguchi, Partner and Executive Vice President, Kengo Kuma
13.50 Keynote
An Evidence Based Approach to Timber Design
Duncan will describe the Kromet project in Sweden which uses timber construction on a large scale. This project is part of a growing trend to build more sustainably and therefore represent an opportunity to investigate the challenges presented by the building regulations in terms of fire and acoustics. The presentation will demonstrate the techniques used to explore and evaluate various structural options as well as the use of evidencebased design to develop code compliant details for fire and acoustics. The presentation concludes by discussing how regulations as well as real life testing need further development if we are to build more sustainably in the future.
Duncan Horswill, Design Director, Rambøll