16.50m office area +14.50 m
+10.50 m
+7.00 m
+3.30 m
+0.00
-4.30 m
section 1:100 @a3
18.00m archive/exhibition area
15.50m archive/exhibition area
15.00m residential area +10.50 m
+7.00 m
+3.30 m
+0.00
-4.30 m
section 1:100 @a3
Laminated glass (exterior glass layer) P.V panel intergrated in glass
Low-emissivity glass (interior glass layer)
steel cavity
Office area Main features, sustainable strategy and conceptual usage Double skin facade: act as an insulation layer of the building, allow air (hot/cool) flow in-between, ideally act as a greenhouse in-between layer and produce and transport heat to the whole building in winter
Pre-stress T.V.T beam structure system
T.V.T beam: high transparency, modularity, non-brittle collapse, ductility P.V panel: provide part of the electric to the building
Material and purpose proposal Laminated glass (exterior glass layer): higher sound insulation rating than other glass, safety glass that holds together when shattered, providing heat to the “greenhouse� layer Low-emissivity glass (interior glass layer): reflect radiant infrared energy, encouraging radiant heat to remain on the same side of the glass, preventing overheating the building Pre-stress T.V.T beam: high transparency, modularity, non-brittle collapse, ductility Office slab (synthetic resin flooring, pre-stress T.V.T beam and synthetic resin ceiling): light weight, strong P.V panel: provide part of the electric to the building
office slab
Structure proposal (T.V.T beam as the main focus)
http://www.tvtsrl.com/
glass hinge D50mm round stainless steel rod
D100mm round stainless steel rod
laminated glass
T.V.T beam conner detail 3d 1:10 @a3
T.V.T stainless steel footing M16 bolts set 75mm into concrete with 50 x 50 x 6mm washers on base
T.V.T beam footing detail 3d 1:10 @a3
laminated glass low-emissivity glass T.V.T. beam tubular square section steel cavity welded to the frame and hinged with a telescpic joint on the node Low environmental impact floor screed 100 mm load-bearng rigid insulation on DPM 125 mm 25 MPa concrete slab DPC over 25 mm sand layer over polyRock free draining grannular backfill M16 bolts set 75mm into concrete with 50 x 50 x 6mm washers on base HD16 vertical bar R10 links(@200 ctrs) D12 horizontal bar 300mm x 700 mm 25MPa concrete footing
office foundation detail 1:20 @a3
Exhibition/archive area Main features, sustainable strategy and conceptual usage Two staircase and elevator support the slab: act as a column so that the floor is able to detached to the bubble frame, reduce the load to the bubble frame Double skin layer: act as an insulation layer of the inner space, allow air (hot/cool) flow in-between, ideally act as a heat transfer portal between office area and residential area
Material and purpose proposal ETFE: high corrosion resistance, strength over a wide temperature range, relatively high melting temperature, chemical resistance, high-energy radiation resistance, translucent
ETFE
two staircase and elevator support the slab
stainless steel frame
Structure proposal
D100 mm steel tube M20 bolts steel base plates separated with thermal break plate M12 bolts set 200 mm into concrete with 50 x 50 x 6mm washers on base
concrete over compacted hardfill free draining grannular backfill state fascia protection insulation extruded polystyrene backed by DPM
D12 horizontal bar @200mm ctrs
D12 reinforcing vertical bar @400mm ctrs
steel frame/concrete wall connection detail 1:10 @a3
300mm 25 MPa concrete wall
300mm x 500mm 25MPa concrete footing
staircase wall foundation detail 1 1:20 @a3
three-layer inflated ETFE cushion
300mm 25 MPa concrete wall D12 reinforcing vertical bar @400mm ctrs D12 horizontal bar @200mm ctrs
35 mm steel cylinder as safety rail
Low environmental impact floor screed 100 mm load-bearng rigid insulation on DPM
aluminum clamping strip 6 mm sheet steel bent to shape D100 mm steel tube
125 mm 25 MPa concrete slab
cast-steel node
ceiling board suspended from a proprietory suport system
D40mm tubular diagonal menber
in-bubble floor slab detail 1:20 @a3
steel frame detail 1 1:5 @a3
D12 horizontal bar @200mm ctrs D12 reinforcing vertical bar @400mm ctrs extruded-aluminium frame to opening flap
300mm 25 MPa concrete wall
thermal insulation pneumatically operated cylindrical opening shaft high-pressure-air tube for operating flap 300mm x 500mm 25MPa concrete footing
steel frame detail 2 1:5 @a3
staircase wall foundation detail 2 1:20 @a3
Apartment area
roof cladding metal sloped flashing with 5mm kick-out one end waterproof gutter membrance H3 Plywood corner fillet metal sloped flashing with 5mm kick-out both ends
Main structural system
H3 Plywood gutter lining H1.2 Timber packing
Cross laminated timber: strong, suitable for load-bearing construction
150mm Crosslam CLT roof pannels
roof gutter detail 1:10 @a3
roof cladding 50 x 50 SG8 H 1.2 purlins @300crs 75mm wood fibre insulation water-proof menbrance 150mm Crosslam CLT roof pannels 50 mm ceiling insulation 10 mm plasterboard ceiling lining on GMS ceiling battens
apartment roof detail 1:20 @a3 http://www.lesoteka-hise.si/en/CLT-Houses/Technology-CLT
10 mm plasterboard wall lining
10 mm plasterboard wall lining
300 x 50 plywood
40 mm wall insulation 150 mm Crosslam CLT wall pannels
waterproof buildingwrap ventilated timber cladding
100 mm wood fibre insulation
vent and drain gap 3/4 metal sloped flashing 2 x blocking for flanged-window mounting
ventilated timber cladding Low environmental impact floor screed 100 mm load-bearng rigid insulation on DPM 150 mm Crosslam CLT floor pannels
5/4 wood extension jamb on regid insulation rigid foam insualtion
5 mm ceiling insulation
apartment windows detail 1:10 @a3
10 mm plasterboard ceiling lining on GMS ceiling battens
apartmen floor slab detail 1:20 @a3
10 mm plasterboard wall lining 40 mm wall insulation 150 mm Crosslam CLT wall pannels
M16 bolts set 75mm into concrete with 50 x 50 x 6mm washers on base
100 mm wood fibre insulation
metal sloped flashing
ventilated timber cladding
state fascia protection insulation
Low environmental impact floor screed
extruded polystyrene backed by DPM
100 mm load-bearng rigid insulation on DPM 125 mm 25 MPa concrete slab
25 MPa concrete (75mm reinforcing cover to all sides)
DPC over 25 mm sand layer over polyRock
HD16 vertical bar
free draining grannular backfill
R10 links(@200 ctrs)
300mm x 500mm 25MPa concrete footing
D12 horizontal bar
apartment foundation detail 1:20 @a3
foundation footing detail 1:10 @3