Week 3 journal
description
Transcript of Week 3 journal
Building analysis
1- Eastern Precint Student Centre- approx 10 metres tall, 15m frontage and 35m long.
Potential construction constraints:
Space, as it is set between two walls Height, as it cannot be taller than support walls Supporting walls, as they will not be rebuilt Lighting, as the building can only have
outside access on eastern and western sides Materials, as transparency is needed to make
use of the natural light
Links to other buildings: Linked to the ERC and Doug McDonnell
building
Construction Type: Concrete floors, wooden cladding, some glass
walls and roof
Structural Systems: Steel frame structure, beams approx. 1000mm wide Double cantilever frame for windows and ceiling at entrance
Materials: Steel Glass Wood Concrete
2- MSLE Building Link- approx. 5 metres tall, 3.5 metres frontage and 12 metres long.
Potential Construction Constraints: Space Strength of supporting walls for double story Height of existing buildings Materials- must be light weight if adjoining
buildings Aesthetics situated next to garden, needs to blend
with nature
Links to other buildings: Adjoins the MSLE building and the adjacent building
Construction Type: Iron cladding, large glass windows and reinforced concrete slabs
Structural Systems: Steel frame connecting mass brick structure Probable that timber framing used for the ceiling Cantilever concrete slab supporting second floor
Materials: Brick Steel Wood Concrete Glass plaster
3- Queens College Extension- approx. 3.5 metres tall, 10 metres frontage and 6 metres long
Potential Construction Constraints: Materials must blend with old building Boundary regulations, may have crept towards uni oval Height must be similar to original building Costs of renovation
Links to other Buildings Extension of original building
Construction type: Concrete panel construction, raised concrete slab and
asphalt, glass block walls Construction joints used in joining concrete panels
Structural Systems: Timber frame construction with concrete panels
attached at ledger
The reinforced concrete slab that supports the second floor
Cantilever deck
Construction joints
Raised slab
Steel frame support at outer deck Timber beams connecting old building
Materials: Concrete Timber Steel Glass Asphalt
4- Ormond Theology Centre Reception- approx. 7 metres tall, 10m frontage and 8m long
Potential Construction Constraints: Joining the old building to the new one Getting Northern sun with privacy from road Steel or concrete columns strength into ground Height restriction to allow old building to still
receive light
Links to other buildings: Linked to the sandstone wall of old building probably
via steel column
Construction type: Glass block walls with big steel cladding fascia, concrete
colums supporting roof from front of building, and some concrete panels undercover from roof
Structural Systems: Steel frame structure with concrete columns,
linked to mass brick/sandstone structure.
Materials: Glass Concrete Steel
Timber frames used for panels.Steel frame outside
Concrete columns that support the roof
The old sandstone building joining the new glass building
Plaster Timber
Activity On Site
Photo 1- looking East
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concrete footing with iron reo bars. At the foundation stage of what looks like a fence or wall will be built. The footing is a strip footing and is mass construction, it uses the land as its walls via a trench.
Photo 2- looking easttimber pole foundations create a structural wall which may support a concrete slab that is poured on top.
Photo 3 – looking SouthA concrete block wall has been built with steel bars and concrete being used in the middle to provide lateral strength to hold the soil load. The remaining pavilion building is having ots timber frame roof restored and is being restumped possibly with concrete stumps.
Photo 4 -looking WestTimber boards are layed on top of the supporting structural walls. The timber
boxing is set out to hold the concrete to be poured in. The boards are level and clean to provide a nice soffit for the ceiling in the football rooms.