Working / progression atmospheric plan Ground Floor Plan 1:200 Main Entrance & Foyer ‘Future Space’ & Memory Drop off point
Working/progression atmospheric plan First Floor Plan - 1:200 ‘Past Space’ Permanent Exhibition Space Archive & Reading Rooms
Working/ progression atmospheric plans Second Floor Plan 1:200 “Present Space” Temporary Exhibition Space & Reflection Rooms
Working/ progression atmospheric plans Third Floor Plan - 1:200 Archive & Mediatheque Rooms
1-200 long Section
Summer Sun
South west prevailing winds
Cool air equalizes after its change from cool to warm and leaves the building through the stack effect and exits through the negative pressure that gathers from cross wind
Summer Sun
Copper rain screen conducts heat from sunlight on the south side to give the building more thermal mass during summer season
Copper rainscreen
Winter sun Glazed roof allows for sun penetration and heat load to enter the building Air Pocket Winter - This air pocket would gather cold air and make the internal and external of building colder Stack effect
summer - the copper is heat conductive therefore would create a warm air pocket and warm the air entering the buidling
Both winter and summer sun will penetrate the perforated copper rainscreen allowing it to enter and pass throguh the glazed walls this allows for controlled cooling and heating
Air pocket
Summer Sun
Cool air coming from the most sheltered side of the site/ building (North side) Cool air enters through air vents in the base of the ground floor walls, as well as entering from the natural ventillation of the main foye space that sits further behind this section which opens out onto the exterior space
Air entering from the south side is less exposed therefore is cool water however slightly warmer than that of the north side
cooler air entering the building sinks and mixes together until it raises in temperature
Temperature rises due to: - Human movement and body temperature - The activity of the space is performance and light installation therefore the temperature of the lights and equiptment would warm up the space and rise the temperature of the cool air
Naturally lit foye space aswell as artificial light nearest the ground floor
Natural light entering through glazed walls
Steel support attatched to exsisting concrete slab
Illumination system
Steel U- beam running along facade to attatch rainscreen support to screen
Copper rainscreen punctured panel attached to steel bracket structure support
Steel I-Beam
80/60/4 mm galvanized steel RHS
20mm insulated Glazed Wall
Concrete screed floor - (new floor) Underfloor heating system 300mm exsisting concrete slab
20mm insulated Glazed Wall
Continual steel angle steel channel-section beam Compression filler
Resin anchor
Support block
illumination system
300mm exsisting concrete slab
Underfloor heating system
Illumnation system
Panel holder
Suspended embosses stainless steel sheet false ceiling
1-20 Detail Section
300mm exsisting concrete slab
Concrete screed floor - (new floor)
exsisting concrete foundations
Earth/ beneath ground level
Concrete screed - polished (New Floor)
Block work wall
Plaster finished wall
Copper facade panel
Rigid Insulation
Steel I-Beam
80/60/4 mm galvanized steel RHS
300mm exsisting concrete slab
Membrane sheet two layer bitumous roof seal
Insulation layer
Sloped copper clad roof sheet
Illumination system
Concrete Block work
Anlon head restraint bracket
1.5mm Copper Cladding system
300mm exsisting cocnrete slab
Resin anchor
Metal guttering
Roof membrane
Block suppport
corner roof cap
Sloped roof to drain