The outer wall of the entrance side is indented by half an axis, so that on this side the entrance to the central opening is located inside the cube itself.
The building is accessed from the north. From the ground to the third floor, there are two apartments on each level.
The building has a basement floor with a pillar foundation, topped by five full storeys on a square layout, with an edge length of 15.10 metres. The cube is divided into three horizontal axes, whereby the dimensions of the centrally oriented staircase with its lift shaft define the dimensions of the respective central axes. The staircase core is also square.
Due to its carbon balance in construction and operation, the “WOODCUBE” demonstrates the potential, within the climate-neutral building sector, of solid wood construction and energy supply using renewable forms of energy.
A sophisticated building services concept with central building control and smart metering supports the consistently low energy consumption.
Compared with conventional buildings, approximately 8,500 tonnes of carbon were saved during the construction phase alone.
The “WOODCUBE” project is the first time that a apartment complex has been built that does not emit any greenhouse gases over its life cycle, and is almost completely biologically recyclable. All of the construction materials were therefore checked for their carbon potential and biological compatibility in building.
The “WOODCUBE” is a five-storey apartment building with a flexible number of apartments. The design demonstrates the possibilities of forward-looking solid timber construction: the Efficiency House 40 largely avoids the use of non-renewable raw materials in both its construction and its operation. Energy and heat energy are carbon neutral and derived from renewable sources.
• The floor plan typology allows for different types of occupation, adapted to urban living requirements.
• The use of renewable building materials results in a structure that is carbon neutral in terms of its construction and operation.
• Multistory solid timber construction.
After this short introduction the “WOODCUBE Smart Material House” will be presented in brief, and then explained in detail. The architectural and building services concept will then be described, followed by the planning process. Finally, the model project will be assessed. The focus throughout is on the “WOODCUBE’s” energy concept, the flexible roof, and the wooden construction.
The reasons behind these changes were technical, financial, or functional, meaning that some original targets had to be adjusted.
Model projects are particularly liable to undergo planning changes; indeed, besides presenting innovative end products, building exhibitions also seek to test out construction methods and processes.
• There is an emphasis on the “aesthetics of phenomena”, which mainly focuses on the behaviour of materials. It is not important how the material presents itself, but when it makes its appearance.
The architectural and building services concepts behind the “WOODCUBE” are set out in detail in this White Paper. The planning process is also outlined clearly, as a large number of alterations were made between the design stage and the final execution of the project.
Along with the increasing importance of time processes, an “open layout” can be changed into a “reconfigurable layout”. Reconfigurable layouts are generated from the mutability of the space, the transformability of the materials, and the adaptability of the technologies, no longer solely through their (static) openness to different uses.
• The new technologies make it possible to multiply building services and distribute them to various surfaces. Materials become dynamic infrastructures that can produce variable, partly contradictory effects.
• With the extension of multifunctional surfaces, the time factor becomes an integral part of the design and simultaneously makes it possible to use space and buildings in hybrid ways.
• Since the beginning of the modern period, building services have been bundled away, centralised, and thus often rendered invisible. With the proliferation of smart materials, the material surface can itself become a medium carrying energy and information.
Accordingly, it performs additional functions, such as being a “power plant”, providing “energy storage”, or comprising a “communications point” in the urban context.
• The building envelope is the central element of the energy exchange between inside and outside. It controls inflowing and outflowing energy streams and the circulation of material. Using smart materials and smart technologies, building envelopes can actively regulate energy and material flows.
On one of those beautiful autumn days, a farmer came along and arranged with me to cut a stack of Swiss pine for him in the next week. Swiss pine is also called arve and grows way up high in the 'Hohen Tauern' over 2,000m above sea level. This wood is famous for the exquisite scent of its aromatic oils.
Because of this harvesting rhythm, the wood mill has its most quiet time in autumn. The harvest begins again in winter at a particular moon. At those quiet times, we do repairs and maintenance work and also mill wood for farmers in the area. In this case the farmer doesn't sell his own wood to the mill, but pays us to saw it into boards and posts for his own needs.
We were eight men who went into the mountains in spring to build a shelter at the 'Windbachtal' (an uninhabited valley high up in the Alps of the 'Hohen Tauern'). First we put together a shelter made out of tree bark. We slept there at night until we finished a little cabin. Maple huts made of available tree bark were the first shelter for carpenters in the Alps.
Dr. Thoma sent the children with their mother away for the holidays, and together with his grandfather, the two replaced the particle board walls and furniture with simple and handmade solid wood. When the children came back and after a short period of time, all symptoms of their allergy disappeared.
The only solution was cortisone therapy. A leaflet revealed that cortisone administered to children under the age of 20 would destroy their kidneys. Luckily, Dr. Thoma's grandfather, a carpenter already in his 80’s at that time, had a different yet simple solution - to replace the toxic components of their home with pure, raw wood.
After many visits to the doctors, it turned out that the children were allergic to particle boards that the furniture and the floors in the new apartment were made of. This surprised Dr. Thoma, as particle boards were made from wood. It wasn’t the wood, said the doctor, but the chemicals seeping out of them.
When Dr. Thoma's children reached schooling age, he had to quit the forester's position and move with his family to Salzburg, a more civilized area. Two weeks after moving into their new apartment, the children began to cough consistently. Over time, their coughing became so intense that it created a threat of suffocation.
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