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Glulam Apex Junction 1. 2. 3. 4. 5.
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Facade
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A-Frame in 150mm x 450mm Glulam column. 150mm x 150mm Glulam Beam. 150mm x 200mm Glulam Beam. Stainless steel triangulated brackets bolted to frames with M10 coach bolts. Apex stainless steel receiving plate, bolted to opposing glulam faces with M10 coach bolts.
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Panelised Polycarbonate Curtain wall system. Standardised sizes to maximise efficiency. made either on-site or off site. 2. Threaded nodes are located across the panels, enabling either terracotta tiles or climbing holds to be mounted on the facades. 3. Climbing holds are made on site by pupils as part of D&T clases. 4. Custom, unique tiles are made on-site from either recycled materials or in class. 5. Simple peg and hook system to hold the tiles loosely. Movement of the buidling due to live loads are represented in movement of tiles. 6. Glulam stud system. 7. Stud system supported horizontally by Glulam beams and mounted on 150mm deep CLT floor 8. Where insulation is not needed, only a single Polycarbonate skin is used, as a weight-saving measure. 9. Where insulation is used, recycled insulation from mountaineering equiptment is packed in the 150mm void between the polycarbonate layers. 10. Temporary monsoon blinds made from recycled mountaineering sheet material, such as coats/ tents etc.
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Recycled Canopies
Glulam Frame
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Recycled sheet material from mountaineering equipement, tents coats etc. Sewn together and tied to cables on site. Stainless steel tensioned cables mounted to Glulam structure.
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A-Frame in 150mm x 450mm Glulam column. 150mm x 150mm Glulam Beam. 150mm x 200mm Glulam Beam. Stainless steel triangulated brackets bolted to frames with M10 coach bolts.
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Glulam Joint Detail 1. 2.
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150mm x 450mm Glulam canted column. Stainless Steel 20mm triangulated webb bracket junction. Bolted to Glulam and CLT floor with M10 coach bolts. 150mm x 150mm sectional glulam beam. Slotted through and pinned to column. Services are routed along column. Cables are pinned to column with jubilee clips.
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Pontoon structure 3
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Pontoon structure - Washrooms 1. 2. 3. 4. 5. 6. 7. 8.
Cut bamboo sections. 50mm deep to enable ventilation and control views/ privacy. Cut bamboo sections. 25mm deep to control views/ privacy. Polycarbonate and CLT partitions. CLT floor throughout “dry” areas. Cast Terrazzo in “Wet” areas. Bamboo Lamp shades. Power cables routed along Glulam beams. Twin walled CLT facade. Triangular sliding door for access to changing rooms.
Type II: Bamboo Facade Elements. 1. 2. 3. 4. 5. 6.
Glulam A-Frame
150mm x 450mm section
Glulam Beams
150mm x 200mm section
Glulam Posts
100mm x 100mm section
Glulam Structure
7. 8. 9. 10. 11. 12. 13. 14. 15.
Bamboo offcuts re-used from pontoon fabrication process to create privacy screen. Various widths. Deep section bamboo (>50mm) used without polycarbonate backing, for ventilation purposes. Hung from 3mm stainless steel wires. Shallow section bamboo used for privacy screen in front of polycarbonate backing. Hung from eyelets embedded in polycarbonate. 200mm polycarbonate screen. 1.8m widths. Mounted between CLT walls. Bamboo shower head. Recycled from pontoon fabrication process. 200mm x 1500 Glulam beam. Bamboo lights mounted from underside. 2ply marine grade 50mm thick CLT wall. 200mm x 150mm Glulam beam. Right angled steel bracket securing beam to underside of CLT floorplate above. Hot water supply 2 ply 50mm thick marine grade CLT. Vegetation encouraged to grow in shower areas. 50mm thick Terazzo layer in wet areas. Drains directlu off edge of buildiing. Terrazzo vanity stand. 50mm thick Terarazzo layer, poured in situ, drains directly off building into lake.
Gabion Wall system 1.
2. 3. 4.
5. 6. 7.
Rubble is sorted into sizes suitable for Gabion wall construction, between approximate diameters of 300mm and 75mm. This allows for women and children to manipulate large scales of construction in small units. Smaller rubble can be used for other aggregates. The ground is compacted along footprint of gabion walls. A mattress Gabion is used at the junction of the Gabion wall and ground plane in order to maintain water lining integrity. The wire baskets are woven by women and families offsite. Standard sizes of baskets range from 1m x1m x 1m and increase in depth by 0.5m each level. So at 4m deep, the Gabions are 2.5m deep. For the highest rows of Gabions, 3mm galvanied wire is used. For lower levels, a 4mm or 5mm gauge wire is used, in order to contain the weight of Gabions above. Once the gabions are positioned, they are tied together with crimping wire. Once tied, a 20-50mm Terrazzo layer is laid over the gabions, creating a smooth, undulating and water-tight surface.
Cast Terrazzo elements embedded in CLT floor. CLT milled and used as mould. CLT Floor Cast Aircrete 300mm deep structure, reinforced with 10mm rebar. Aircrete scimmed and sealed with 20mm layer of terazzo on site.