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Zoe Brain
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• The materials for this par/cular sec/on of the building have been chosen for their durability and it is hoped they will last for a very long /me.
• You can see in photo 3 a close up of the roof sec/on displayed in photos 1 and 2. The materials used include plywood cladding, structural steel, /mber and an insect screen.
Photo 1, Zoe Brain, (2014)
Photo 2, Zoe Brain, (2014)
Photo 3, Zoe Brain, (2014)
Zoe Brain 639 607
WINDOWS
Sketch 2, Zoe Brain, (2014)
Sketch 1, Zoe Brain, (2014)
Sketch 1 shows a low e (emicity) glass system. This system absorbs radiant energy and doesn’t absorb radiate infrared energy as much as normal float glass, thus it is a more efficient window system.
You can see in sketch 2 a normal window system from top (at the lintel) to the boSom (sill detail).
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In sketch 3 you can see all the parts of the raw building however you don’t see what it looks like when a window is installed so I’ve shown that in sketch 5, where you can see the use of /mber placed between the lintel and the window frame. This is so the force doesn’t transfer into the window but rather the wood surrounding it-‐ otherwise this would compress and thus smash the window. In sketch 6 you can see what a window and it’s frame looks like from a side view.
Sketch 3, Zoe Brain, (2014)
Sketch 5, Zoe Brain, (2014)
Sketch 6, Zoe Brain, (2014)
Zoe Brain 639 607
Above is a detailed sketch of the produc/on of glass. The ingredients of glass are as follows: c.73% Former (silica) c.14% Fluxes (Soda ash/Potash/Lithium Carbonate) c. 9% Stabilisers (Limestone/Alumina/Magnesia). To the side is sketch ** you can see laminated glass-‐ this has a plas/c interlayer in between it so that if it smashed it doesn’t shaSer. You can see the difference between crystal and glass in sketch **. Glass has a flowing structure because it is a very slow moving liquid (at room temperature).
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Aluminium doors are very common in office secngs however we tend to mostly use /mber frames for doors. Above is a sketch of a door and its different aspects.
Doors
Therefore something is elas/c if it springs back and plas/c if it doesn’t. Generally with small force /mber can be classed as elas/c but as soon as you increase it it becomes more of a plas/c type shape if not completely deformed.
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• References: • hSp://www.youtube.com/watch?
v=g7QQIue58xY&feature=youtu.be • hSp://www.youtube.com/watch?
v=_I0Jqcrfcyk&feature=youtu.be • hSp://www.youtube.com/watch?
v=NW_GibnyBZc&feature=youtu.be • hSps://issuu.com/envs10003/docs/
week_08_guide/2?e=8943534/7691735
Zoe Brain 639 607