CONTENT

1.0 INTRODUCTION

2.1 ROOF SYSTEM

Ceiling sound proof layering to minimise the noise created during the raining time on the zinc roof.

Curved roof design is achievable in large span as a coverage of the building and create an introvert space.

The extension of roof as a facade of the building can be done as part of the design.

Lightweight of the zinc roofing structure allows it to cover the balcony with only galvanised steels within it.

Ceiling finishes can follow the angle of the roofing to form interesting internal spaces.

A layer of fire-rated coating is sprayed on the zinc inner roof to minimise the hazard during fire events.Double Standing Seam Linitherm Details

1. Double Standing Seam Roof2. Hip Flashing, Double Pitch Roof3. Support Profile: Galvanised Steel4. Separating Layer: Structured Underlay5. Batten/ Squared Timber6. Supporting Structure7. Linitherm7. Linitherm Thermal Insulation Panel 8. Vapour Control Layer

1. Double Standing Seam Roof2. Eaves Flashing3. Support Profile: Galvanised Steel4. Separating Layer: Structured Underlay5. Substructure: Softwood boarding6. Batten/ Squared Timber7. 7. Waterproof Sheeting 8. Supporting Structure9. Linitherm Thermal Insulation Panel10. Vapour Control Layer

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2.2 STRUCTURAL SYSTEM

However, if the slab is connected positively to the

beam and the studs, then a portion of the slab can

be assured to act compositely with the beam. In

effect, this composite creates a larger and stronger

beam than would be provided by the steel beam

alone.

Steel-concrete composite elements use the

concrete’s compressive strength alongside steel’s

high resistance to tension, and when they are being

tied together, a high efficient and lightweight unit will

be formed. Composite action is formed during low

load carrying structural members are integratedly

connected and deflect as a single unit.

2.2 STRUCTURAL SYSTEM

2. Placing the Rollbars 3. Installing Plywood Forms 4. Mesh in Place 5. Pouring Concrete

1. Concrete Slab reinforced with welded Wire Mesh: at required locations and behaves structurally as a continuous one-way reinforced concrete slab.

2. Concrete Slab & Joist: interaction between them begins to occur once the wet concrete begins to set. Achieve within 24hours for construction loads.

3. Rigid Plywood Sheets & Rollbars: simple forms for placing concrete, to provide the essential lateral and torsional stability to the entire floor system during concreting stage.

2.3 FACADE SYSTEM

The lightwash of the daylight to the interior reading space enhance the

ambiance of the spaces other than providing sufficient lighting.

Long Span Glass Facade

PRECEDENT

Location: Kansas City, MO

Building Type: Museum

Cladding Area: 100,000 m2

Facade System: Climate-control double

channel glass facade

2.3 FACADE SYSTEM

The building brings the atmosphere of the light from the tabaco drying-building through a ceramic fabric inspired by the traditional brick. Light enters spaces through holes on the facade. This produces a dematerialized facade with refined geometries, which allows the filtration of sunlight through the walls.The facade is made up of a double skin composedcomposed of a glass-wall and ceramic-fabric named FLEXBRICK. In this way a thermal space is created and it directs the views from the inside, prevents heating in the summer season and forms a picture of the tobacco drying-buildings.

PRECEDENT

Cultural Center La Gota - Tobacco MuseumArchitects: Losada GarciaLocation: SpainBuilding Type: Cultural CentreCladding Area: 1220 m2Facade System: Facade System: Sunscreen Fabric Facade

3.1 FRONT FACADE DESIGN SCHEME 1

fron t e leva t ionsca le 1 :100

3.2 REAR FACADE DESIGN SCHEME 1

rear e leva t ionsca le 1 :100

3.3 FRONT FACADE DESIGN SCHEME 2

fron t e leva t ionsca le 1 :100

3.4 REAR FACADE DESIGN SCHEME 2

rear e leva t ionsca le 1 :100

4.1 SECTIONAL PERSPECTIVE

DETAILED SECTIONAL PERSPECTIVE OF FIRST FLOOR TO SECOND FLOOR WITH TERRACOTTA SUNSCREEN SYSTEM, COMPOSITE STEEL & CONCRETE STRUCTURAL SYSTEM, COMPOSITE JOIST FLOOR SYSTEM

first f loor plan (nts)

sca le 1 :50

A: Compos i te Jo is t F loor Sys tem

B: Ter raco t ta Sunscreen Sys tem

C: Wal l to Foundat ion Deta i l

second f loor plan (nts)

4.1 SECTIONAL PERSPECTIVEDETAILED SECTIONAL PERSPECTIVE OF SECOND FLOOR TO ROOF SPACE LEVEL WITH SEAM ZINC ROOFING & SOUND INSULATION LAYER CONNECTING COMPOSITE STRUCTURAL WALL

sca le 1 :50

A: Seam Z inc Roof ing Deta i l s

B : Roof and Wal l Connec t ion

C: Sound Insu la t ion Layer