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Similar a Dissertation- Performing Arts Centre
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Dissertation- Performing Arts Centre
- 1. www.autodesk.com/revit SCALE (@ A1) CHECKED BY TITLE PROJECT NUMBER CLIENT PROJECT DRAWING NUMBER REV DRAWN BY DATE STATUS PURPOSE OF ISSUE CODE SUITABILITY DESCRIPTION 30/04/201512:17:37 Renders Project Number Performing Arts Centre Owner Checker A111 Author 04/27/15 Coventry University, Performing Arts Centre
- 2. UP UP UP UP - - A121 4 Technical store Technician room Costume room small props room Toiletschanging room, WC Changing rooms Rehearsal room Rehearsal room Green room Workshop double height Dressing room Staircase Toilets Storage Administrator's office Auditorium Stage A116 2 www.autodesk.com/revit SCALE (@ A1) CHECKED BY TITLE PROJECT NUMBER CLIENT PROJECT DRAWING NUMBER REV DRAWN BY DATE STATUS PURPOSE OF ISSUE CODE SUITABILITY DESCRIPTION 1 : 100 30/04/201512:14:24 Ground Floor Project Number Performing Arts Centre Owner Checker A106 Author 04/24/15 1 : 100 00 Ground floor Bar
- 3. DN DN DN DN Dance studio Office Classroom Classroom Changing room CR, WC Rehearsal room Toilets Dance studio Staircase Office Office Void Toilets Sound & Lighting Stairs going down to lower level of auditorium Workshop- double height 3 A120 www.autodesk.com/revit SCALE (@ A1) CHECKED BY TITLE PROJECT NUMBER CLIENT PROJECT DRAWING NUMBER REV DRAWN BY DATE STATUS PURPOSE OF ISSUE CODE SUITABILITY DESCRIPTION 1 : 100 30/04/201512:34:28 First Floor Project Number Performing Arts Centre Owner Checker A115 Author 04/27/151 : 100 01 first floor
- 4. www.autodesk.com/revit SCALE (@ A1) CHECKED BY TITLE PROJECT NUMBER CLIENT PROJECT DRAWING NUMBER REV DRAWN BY DATE STATUS PURPOSE OF ISSUE CODE SUITABILITY DESCRIPTION 30/04/201512:17:01 Elevations Project Number Performing Arts Centre Owner Checker A110 Author 04/27/15 east elevation north elevation Copy 1 south elevation west elevation Aluminium cladding panels Glazed panels Auditorium roofing Hexagonal panels cladding Fire exit Glazed roofing Below ground level auditorium seating Glazed Curtain wall Entrance Delivery access Rectangle cladding panels Auditorium roof
- 5. Stud wall Rigid insulation Acoustic wall tieJack up Spring floating floor Air gap Mesh Reinforcement Perimeter IsolationFarat jack up mount www.autodesk.com/revit SCALE (@ A1) CHECKED BY TITLE PROJECT NUMBER CLIENT PROJECT DRAWING NUMBER REV DRAWN BY DATE STATUS PURPOSE OF ISSUE CODE SUITABILITY DESCRIPTION As indicated 30/04/201513:12:58 POSTER 1 Project Number Performing Arts Centre Owner Checker A118 Author 04/29/15 1 : 5 technical detail- floating floor Copy 1 Copy 1 1 : 10 technical detail- floating floor Copy 2 For the internal floors the method i will be using is the ‘Jack-Up’ construction technique. The advantages to this type of system is that it eradicates the need for permanent formwork as well as being quick and simple to install hence decreasing the cost. The ‘Jack-Up’ floating floor system is contained of a concrete slab which is poured on a damp proof membrane on the structural slab. The slab is then ‘jacked’ up by way of units cast into the slab When designing and constructing the external walls for the theatre, there will be more of a focus on the sound insulation of the wall to reduce the amount of sound entering the building from the outside and also to reduce the amount of sound leaving the building. Doors, windows and types of HVAC systems installed in the external wall will also have a major effect of the acoustic performance. Coventry University , Performing Arts Centre- Technical Focus . They are favoured by acoustic consultants because of the certainty that the slab is fully decoupled from the surrounding structure. [Jack-up] floor slabs must be made from concrete and reinforced using mesh rather than fibres as the [Jack-up] mounts are designed to link with the mesh to spread load when the slab is lifted.
- 6. Concrete slab DPM Sand Hardcore Pile Cap Skirting board Pile head waterproofing solution Block work fixed to steel structure using proprietary steel fixings Aluminium cladding panels fixed to block work Cavity fire Barrier Rigid Insulation Mineral wool 5 Treated sill plate Floor sheathing 2 layer sof plasterboard at 25mm Small Gap with acoustic sealant Platform floor treatment Shallow decking Mineral wool inserts Joints sealed with tape or caulked with acoustic sealant Dense mineral wool and fire protection as required Acoustic sealant Deflection head Steel frame inner leaf Mineral wool packing Cavity barrier to floor /wall junction with cavity tray over Cavity (50mm minimum) Rigid insulation in external cavity Rigid insulation in external cavity Gypsum wall board painted with a vapour barrier primer or paint Structural sheathing Concrete slab www.autodesk.com/revit SCALE (@ A1) CHECKED BY TITLE PROJECT NUMBER CLIENT PROJECT DRAWING NUMBER REV DRAWN BY DATE STATUS PURPOSE OF ISSUE CODE SUITABILITY DESCRIPTION As indicated 30/04/201512:16:27 Details 1 Project Number Performing Arts Centre Owner Checker A109 Author 04/27/15 1 : 10 wall to ground floor 1 : 5 wall to intermediate floor Separating wall insulation stops heat and noise from being moved through the separating walls while providing a fire protection layer. These separating walls are often load- bearing and hence entail a greater amount of fire protection than internal walls. Concrete block cavity walls not only depend on the mass but also on isolation that is given by the cavity. Mass and airtightness is very important when concerning effective insulation and the conduction of airborne sound and how practical it is for separating walls. The weight of the wall is determined by the density and how thick the material is that’s used. The design, details and the construction is what makes the separating wall reach good acoustic performance A pile foundation consists of two components: Pile cap and single or group of piles. Piles transfers the loads from structures to the hard strata, rocks or soil with high bearing capacity.
- 7. DPM Aluminium cladding panelsRigid Insulation Cavity BarrierBlock work Cavity Closer Aluminium cladding panelsMetal window frame Support bracket Brickwork Cavity (50mm minimum) Cavity fire barrier Mineral wool packing Steel frame inner leaf Deflection head Dense mineral wool Joints sealed with tape or caulked with acoustic sealant Acoustic sealant Profiled metal deck Vapour control layer Rockwool insulation Carrier membrane Waterproof membrane Top coat Gant Sloped metal coping cap wood nailer with anchor bolts Flashing Approved fastners Perimeter channel Pressed steel ceiling sections Slotted bolt fixing to provide leveling adjustment Sloted bolt fixing to provide leveling adjustment Angle cleats 25mm wide mild steel hangers 1 or 2 layers of thick plasterboard screwed to ceiling sections www.autodesk.com/revit SCALE (@ A1) CHECKED BY TITLE PROJECT NUMBER CLIENT PROJECT DRAWING NUMBER REV DRAWN BY DATE STATUS PURPOSE OF ISSUE CODE SUITABILITY DESCRIPTION As indicated 30/04/201512:25:23 Details 2 Project Number Performing Arts Centre Owner Checker A112 Author 04/27/15 1 : 5 window 1 : 5 wall to roof
- 8. 00 Ground floor 0 01 first floor 4000 1 2 3 4 5 6 7 8 11 1224 25 03 ROOF 8000 04 GLAZED ROOF 8500 Auditorium higher level 2000 Auditorium roof 11200 Dance Studio Office Classroom Classroom Changing room Changing room with WCRehearsal room Rehearsal room Rehearsal room Changing room Changing room Toilets Small props roomCostume room Technical room Fire exit 00 Ground floor 0 01 first floor 4000 03 ROOF 8000 04 GLAZED ROOF 8500 Auditorium higher level 2000 Auditorium roof 11200 Dance Studio Toilets Corridor Disabled access to and from stageGreen room Access to lower level to auditorium Foyer Void looking down the foyer Sound & Lighting www.autodesk.com/revit SCALE (@ A1) CHECKED BY TITLE PROJECT NUMBER CLIENT PROJECT DRAWING NUMBER REV DRAWN BY DATE STATUS PURPOSE OF ISSUE CODE SUITABILITY DESCRIPTION As indicated 30/04/201512:15:21 Section Detail Project Number Performing Arts Centre Owner Checker A107 Author 04/25/15 1 : 100 section detail 2 {3D} Copy 2 {3D} Copy 3 1 : 1 render final 1 1 : 1 render final 3 1 : 100 section detail Copy 1 Copy 1