Portfolio Architecture Part 1 by crjackson12

Architecture Portfolio: Part 1 Architectural Assistant Craig Jackson

Contents:

Crammond Island - Writers Retreat

Elements 2012 Logie Green Road - Social Housing

5-9

In Place 2013 Madrid - Library

10 - 20

Any Place 2014 Bonneville Salt Flats - Temple

21 - 33

Sacred Space 2015 Preston Tower - Market

Techtonics 2016

34 - 60

Crammond Island: Edinburgh Writers Retreat

Figures:

The Writerâ&#x20AC;&#x2122;s Retreat on Cramond Island, Edinburgh, is only accessible via a walkway during low tide, as the island is in isolation during high tide. This isolation from the mainland creates a peaceful, undisturbed atmosphere, adhering to most writerâ&#x20AC;&#x2122;s preference for a tranquil space, in a natural environment to work in. The architecture responds to the requirement for an amiable and secluded workplace by means of a timber structure, protruding over a cliff face on the north-east side. This protrusion allows the building to be immersed in the soothing sound of the sea crashing into the rocks below. This humble structure utilises a floor to ceiling window, to capture ever-changing views of the sea and the morning light.

4.0- Cabin Isometric 4.1- Section Of Retreat 4.2- Location Model 4.3- Model of Retreat Over Cliff Ledge 4.4- Crammond Island 4.5- Long Elevation

Fig: 4.2 Location Model

Fig: 4.1 Section Of Retreat

Fig: 4.3 Model Of Retreat Over Cliff Ledge

Fig: 4.4 Crammond Island

Fig: 4.0 Cabin Isometric

Fig: 4.5 Long Elevation

Figures: Fig 5.0 - Axonometric Fig 5.1 - Site Plan 1-500

Logie Green Road: Edinburgh Social Housing This social housing project is designed to create a sense of community comprised of various groups, including families and individuals, whilst giving them a sense of privacy. Each abode is arranged in a way such that the living space can open itself to exterior communal spaces, whilst the private spaces are sheltered from communal engagement. The communal spaces are situated within the exterior spaces, particularly within the family section of the design, in the form of stepped terraces to create a relationship between each of the families. These terraces are also accessible to the individual apartments, as they overlook them to form a diverse community.

Fig 5.0 - Axonometric

Fig 5.1 Site Plan 1-500

Figures: 6.0 - Exploded Axonometric 6.1 - Ground Floor Plan 1- 200

Fig 6.0 Exploded Axonometric

Fig 6.1 Ground Floor Plan 1 - 200

Figures: 7.0 - Circulation 7.1 - Core of Circulation 7.2 - Access to Gardens 7.3 - Public and Private Terraces 7.4 - Family and Single Dwellings 7.5 - Typology Isometric 7.6 - Type 1 Floor Plan 7.7 - Type 2 Floor Plan 7.8 - Type 3 Floor Plan

Fig 7.0 Circulation

Fig 7.5 Typology Isometric

Fig 7.1 Core of Circulation

Fig 7.6 Type 1

Fig 7.2 Access to Gardens

Fig 7.3 Public and Private Terraces

Fig 7.4 Family and Single Dwellings

Fig 7.7 Type 2

Fig 7.8 Type 3

Mur Vegetal: Figures: 8.0 - Mur Vegetal Isometic Detail 8.1 - Mur Vegetal Construction Detail 8.2 - Mur Vegetal Location

8.2 Mur Vegetal Location

19 14

Mur Vegetal Construction Details:

Mur Vegetal Isometric Detail: 1- Substrate flo-cell 2- PVC damproof membrane 3- Compact soil 4- Top soil 5- Metallic box bracing 6- Wall fixing bracket 7- Anticorrosive steel wire box

6 4

5 3 2 1 Fig 8.0 - Mur Vegetal Isometric Detail

1- water pump 2- water recycling basin 3- 400mm concrete plinth 4- 30mm plasterboard 5- 150mm insulation 6- 20mm diameter piping system 7- 15mm timber sheathing 8- 3mm damp proff membrane 9- stainless steel wall tie 10- 30mm cavity 11- standard sized 65mm x 102.5mm x 215mm clay brick 12- shear reinforcement tie 13- water dispersion pump 14- water management system 15- anticorrosive steel wire box 16- wall fixing bracket 17- water basin 18- water pump 19- steel box reinforment bracket 20- growing foam stubstrate 21- waterproof membrane 22- multiple layers of geotextile 23- top soil 24- water irrigation sprinkler

18 17

12 11 10

9 8 7

6 5 4

3 2 1 Fig 8.1 - 1:25 - Mur Vegetal Construction Details

Figures: 9.0 - Isometric South East View 9.1 - Isometric North East View 9.2 - Interior View

Figure 9.1 Isometric North East View

Fig 9.2 Interior View

Figure 9.0 Isometric South East View

Figures 10.0 Isometric View 10.1 Site Location

Atocha, Madrid, Public Library: The library located in the neighbourhood of Atocha in Madrid is on the threshold as the distinctive grid pattern, extending from the city centre, begins to dissolve due to the nearby ring road and railway tracks. The library responds to this urban condition by being disjointed and overlapping in form, whilst completing the grid block it resides in. The building acts as a hinge between the two urban conditions. The library considers light, sound and heat and is arranged to provide a comfortable setting for its users. The building can be accessed on 3 floors from the outside, each into a transition or “loud” zone so as not to disrupt the “quiet” zones which are accessed through the transition zones. Light is considered by the building to restrict light damage of books due to careful placement of the bookshelves.

Fig 10.0 Isometric View

Fig 10.1 Site Location

Figures 11.0 Block in Grid 11.1 Block in Grid Showing Disintigration 11.2 Site Location 11.3 Site Block Context 11.4 Road Context 11.5 Incomplete Block Fig 11.3 Site Block Context Fig 11.0 Block in Grid

Fig 11.1 Block in Grid Showing Disintigration

Fig 11.4 Road Context

Fig 11.2 Site Location Fig 11.5 Incomplete Block

Figures 12.0 Inhabitation 12.1 Exterior Zones 12.2 Main Exterior Space 12.3 Street Context 12.4 Sound Level 12.5 Circulation 12.6 Access 12.7 Glass

Fig 12.0 Inhabitation

Fig 12.1 Exterior Zones

Fig 12.2 Main Exterior Space

Fig 12.4 Sound Level

Fig 12.5 Circulation

Fig 12.6 Access

Fig 12.3 Street Context

Fig 12.7 Glass

Figures 13.0 Bookcases in Relation to LIght 13.1 Circulation 13.2 Height Void Space 13.3 Zones 13.4 Interior/Exterior

Fig 13.1 Circulation

Fig 13.3 Zones Red - Cafe Green - Library Study Zone Yellow - Hall Areas Purple - Computer Room Navy -Group Study Light Blue - Quiet Study Fig 13.0 Bookcases in Relation with Light

Fig 13.2 Height Void Space

Fig 13.4 Interior/Exterior

Figures 14.0 Axonometric Section Library 14.1 Section Line

Fig 14.0 Axonometric Section Library

Fig 14.1 Section Line

Figures 15.0 Microclimate Regulation of Temprature

Microclimate Description 1 Light enters through the angled skylight, providing light to the study desks whilst restricting light from damaging the books. 2 The Light reaches the floor which absorbs and converts this energy into heat which then spreads throughout the floor providing heat to the entire room 3 The heat from the floor rises up to heat the room and escapes from the skylight which originally provides the light creating a sustainable microclimate system.

Fig 15.0 Microclimate Regulation of Temprature

Figures Fig 16.0 30.0 Short Ground Section Floor Plan 1- 200 30.1 Long Section

Fig 16.0 Ground Floor Plan 1- 200

Figures 17.0 East Render View 17.1 Floor Plans 17.2 Explode Axonometric 17.3 Exploded Axo of Roof Layers 17.4 Roof Floor Layers

Fig 17.4 Roof Floor Layers

Fig 17.3 Exploded Axo of Roof Layers

Fig 17.2 Exploded Axonometric

Fig 17.0 East Render View

Fig 17.1 Floor Plans

Figures 18.0 Kids Library 18.1 Short Section 1- 200 18.2 Long Section 1-200

Fig 18.0 Kids Library

Fig 18.1 Short Section 1-200

Fig 18.2 Long Section 1- 200

Figures 19.0 Plinth Perspective View 19.1 West Perspective View

Fig 19.0 Plinth Perspective View

Fig 19.1 West Perspective View

Figures 20.0 Eastern Perspective

Fig 20.0 Eastern Perspective

Figures 21.0 Isometric 21.1 Buildings 21.2 Natural Sites

Hagia Sofia Turkembashi

Sacred Form: A Secular Space, Bonneville Salt Flats, Utah, USA

Salt Lake City

Sagrada Familia

Pantheon

Georgian Cathedral

The brief was to design a sacred space along either the 20th, 40th or 60th parallel. I chose the 40th due to the diverse range of intriguing natural and architectural sites. Due to the diverse range of religious buildings along the parallel, I elected to design a space that welcomes all religions and enhances the experience of natural place. The building attempts to provide awe to the inhabitant, a common factor amongst sacred buildings, by combinations of largescale hyperbolic parabola shelters, balanced delicately on the landscape. These shelters are shaped to adhere to the mountainous backdrop, with an underground inhabitable space below, to keep the disruption of the powerful horizontal views that the landscape provides to a minimum. The main underground space connects via tunnels to viewports, sheltered by small-scale parabolas that enable a view of the horizon across the flats at eyelevel, enhancing place. This secular space rejects specific themes of major religious doctrines in favour of their similarities, which synonymously declare an awe for nature and the building as a place for individual contemplation. The architecture responds to this by engaging with a unique natural place.

Rock Temple Temple of Heaven

Fig 21.1 Buildings

Apulia Bonneville Salt Flats

Pyrenees

Gates of Hell

Pamir Mountains

Fig 21.0 Isometric Fig 21.2 Natural Sites

Figures 22.0 40th Parallel 22.1 Location in Utah 22.2 Aerial Image 40th Parallel 22.3 Lincoln Highway and 40th Parallel 22.4 Longest Roads in America 22.5 Road Stops Along Lincoln Highway

Fig 22.2 Aerial Image 40th Parallel

Fig 22.0 40th Parallel

Fig 22.1 Location in Utah

Fig 22.4 Longest Roads in America

Fig 22.3 Lincoln Highway and 40th Parallel

Fig 22.5 Road Stops Along Lincoln Highway

Figures 23.0 Bonneville Salt Flat View 23.1 70km Straight Road on Lincoln Highway 23.2 Parabolic Engagement in Environment 23.3 Underground 23.4 Visibility Through Building 23.5 Anchor Points for Parabola

Fig 23.1 70km Straight Road on Lincoln Highway

Fig 23.0 Bonneville Salt Flat View

Fig 23.3 Underground

Fig 23.4 Visibility Through Building

Fig 23.2 Parabolic Engagement in Environment

Fig 23.5 Anchor points for Parabolas

Figures: 24.0 Isometric Parabolic Iterations 24.1 Plans of Parabolic Iterations

1 Standard 2 Scale

3 Rotate Horizontal

4 Rotate Vertical

5 Length 3 9 6 Width

4 7 Height 8 Height Single Point

9 Height Ground Point 5

10 Single Point Ground 11 Rotate Point Ground 11 12 Point Length

6 12 13 Point Length Ground

14 Rotate Point Condensed

14 Fig 24.0 Isometric Parabolic Iterations

Fig 24.1 Plans of Parabolic Iterations

Figures 25.0 Parabolic Creations 25.1 Curves from Straight Lines 25.2 Parabolic Elevation 1 25.3 Parabolic Elevation 2 25.4 Curve Creation with Height 25.5 Curve Creation With Height Reduced

Fig 25.0 Parabolic Creations

Fig 25.4 Curve Creation with Height

Fig 25.1 Curves from Straight Lines

Fig 25.2 Parabola Elevation 1

Fig 25.3 Parabola Elevation 2

Fig 25.5 Curve Creation With Height Recuded

Figures 26.0 Underground Ground Floor 26.1 1st Floor 26.2 Roof Plan 26.3 Short Section 26.4 Long Section

Fig 26.0 Underground Ground Floor

Fig 26.1 1st Floor

Fig 26.2 Roof Plan

Fig 26.3 Short Section

Fig 26.4 Long Section

Figures 27.0 3d Axonometric Section 27.1 Vegetation 3d Section 27.2 Circulation from Road 27.3 Exploded Axonometric Drawing

Fig 27.0 3d Axonometric Section

Fig 27.1 Vegetation 3d Section

Fig 27.2 Circulation from Road

Fig 27.3 Exploded Axonometric Drawing

Figures 28.0 Views from Parabolas 28.1 Road Circulation 28.2 Wind Channels 28.3 Sun Path 28.4 Main and Outer Spaces 28.5 Axonometric Section 28.6 Parabolic Outer Over Area 28.7 Tunnel Path

Fig 28.4 Main and Outer Spaces

Fig 28.0 Views from Parabolas

Fig 28.1 Road Circulation

Fig 28.5 3d Axonometric Section

Fig 28.2 Wind Channels

Fig 28.6 Parabolic Outline Over Area

Fig 28.7 Tunnel Paths

Fig 28.3 Sun Path

Figures 29.0 Parabolic Moment 29.1 Sight Lines Across Salt Flats 29.2 Morning View 29.3 Evening View

Fig 65.1 Sight Lines Across Salt Flats

Fig 66.1 Morning View

Fig 66.2 Evening View

Fig 65.0 Parabolic Moment

Figures 30.0 Parabolic Moment Model View 1 30.1 Parabolic Moment Model View 2 30.2 Parabolic Moment Model View 3 30.3 Parabolic Moment Model View 4

Fig 30.0 Parabolic Moment Model View 1

Fig 30.2 Parabolic Moment Model View 3

Fig 30.1 Parabolic Moment Model View 2

Fig 30.3 Parabolic Moment Model View 3

Figures 31.0 Evening Aerial View 31.1 View From the Road 31.2 Salt Flats Parabolic View After Rainfall

Fig 31.0 Evening Aerial View

Fig 31.1 View From the Road

Fig 31.2 Salt Flats Parabolic View After Rainfall

Figures 32.0 Tunnel From Parabola Moment View 32.1 Main Underground Space View 32.2 Tunnel View 32.3 Platform View

Fig 32.0 Tunnel From Parabola MomentView

Fig 32.1 Main Underground Space View

Fig 32.2 Tunnel View

Fig 32.3 Platform View

Figures 33.0 Tower Isometric 33.1 Tower from Outside the Grounds 33.2 Tower from West Residential Cul de Sac

Preston Tower: Market Renovation, Prestonpans This restoration project aims to reinvigorate the sense of community in Prestonpans, a town in East Lothian (Scotland) that was formed from two separate towns, one industrial and one a market town. This resulted in the loss of its town centre due to rapid residential expansion during the 20th century. This project uses the core values of both areas, combining both the market and the industrial roots of the town. It is a response to the residential encroachment upon the most distinctive, yet seemingly ignored, Preston tower by restoring it to the heart of the town, as both a place of industry and trade. The project uses the tower as a beacon for a market that allows for the on-site growing, making and selling of produce and goods. Fig 33.1 Tower from Outside the Grounds

Fig 33.0 Tower Isometric

Fig 33.2 Tower from West Residential Cul de Sac

Figures 34.0 Market Towns 34.1 Tower Houses 34.2 Market Crosses 34.3 Tower Houses in Relation to Market Towns 34.4 East Lothian Location 34.5 Prestonpans Location East Lothian 34.6 East Lothian Markets

Fig 34.0 Market Towns

Fig 34.1 Tower Houses

Fig 34.4 East Lothian Location

Fig 34.5 Prestonpans Location East Lothian

Weekly Monthly

Fig 34.2 Market Crosses

Fig 34.3 Tower Houses in Relation to Market Towns Fig 34.6 East Lothian Markets

Figures 35.0 East Lothian Map PrestonPans 35.1 Town Aerial View 35.2 Site Aerial View 35.3 Town Between Rail and Sea

Fig 35.0 East Lothian Map PrestonPans

Fig 35.2 Site Aerial View

Fig 35.1 Town Aerial View

Fig 35.3 Town Between Rail and Sea

Figures 36.0 Industrial Building Expansion

Fig 36.0 Industrial Building Expansion

Figures 37.0 1890 Industry and Market Section Town 37.1 2016 Industry Movement 37.2 Collaboration of Industy and Market through the Tower 37.3 Historical Section 37.4 Current Section

Fig 37.0 1890 Industry and Market Section Town

Fig 37.1 2016 Industry Movement

Fig 37.2 Collaboration of Industy and Market through the Tower

Fig 37.3 Historical Section

Fig 37.4 Current Section

Figures 38.0 Main Roads In Area 38.1 Community Building in Area 38.2 Green Spaces 38.3 Tower Visibility

Fig 38.0 Main Roads In Area

Fig 38.1 Community Building in Area

Fig 38.2 Green Spaces

Fig 38.3 Tower Visibility

Figure 39.0 Site Area Expansion 39.1 Site Encroachment and Area Urbanisation

Fig 39.0 Site Area Expansion

Fig 39.1 Site Encroachment and Area Urbanisation

Figures 40.0 Market Cross Connection 40.1 Site Community Connections 40.2 Site Tower Visibility 40.3 Site Interation/Circulation

Fig 40.0 Market Cross Connection

Fig 40.2 Site Tower Visibility

Fig 40.1 Site Community Connections

Fig 40.3 Site Interation/Circulation

Figures 41.0 Tower in Relation of Merkat Cross 41.1 Site Circulation 41.2 Site Access and Path 41.3 Site Colusion with Context 41.4 Site Context Merket Cross 41.5 Site Old Boundry 41.6 Site Encroachment 41.7 Site Residendial Context 41.8 Site and Tower Encompassed

Fig 41.1 Site Circulation

Fig 41.0 Tower in Relation of Merkat Cross

Fig 41.4 Site Context Merket Cross

Fig 41.2 Site Access and Path

Fig 41.5 Site Old Boundry

Fig 41.6 Site Encroachment

Fig 41.3 Site Colusion with Context

Fig 41.7 Site Residendial Context

Fig 41.8 Site and Tower Encompassed

Figures 42.0 Access to Site 42.1 Visibility and Interaction 42.2 Circulation 42.3 Imposition with Path

Fig 42.0 Access to Site

FIg 42.1 Visibility and Interaction

Fig 42.2 Circulation

Fig 42.3 Imposition with Path

Figures 43.0 Ground Floor Plan Masterplan 43.1 Isometric 43.2 Sun Diagram 43.3 Wind Diagram 43.4 Building Affect on Site

FIg 43.1 Isometric

Fig 43.0 Ground Floor Plan Masterplan

Fig 43.2 Sun Diagram

Fig 43.3 Wind Diagram

Fig 43.4 Building Affect on Site

Figures 44.0 G Floor Masterplan

Fig 106.0 G Floor Masterplan

Figures 45.0 Section Short 1:200 45.1 Section Long 1:200

Fig 45.0 Section Short 1:200

Fig 45.1 Long Section 1:200

Figures 46.0 Short Section Graphic 46.1 Long Section Graphic

Fig 46.0 Section Short Graphic

Fig 46.1 Section Long Graphic

Figures 47.0 Construction Process 1 Tower 2 Underground 3 Tower Excavation 4 Underground Walls 5 Ground Floor Paving 6 Wall 7 Tower Additions 8 Plinth 9 Glass 10 Ramp 11 Ramp Glass 12 Pavillion 13 Roof 14 Roof Tent

1 Tower

6 Wall

11 Ramp Glass

2 Underground

7 Tower Additions

12 Pavillion

3 Tower Excavation

8 Plinth

13 Roof

4 Underground Walls

9 Glass

14 Roof Tent Fig 47.0 Construction Process

5 Ground Floor Paving

10 Ramp

Figures 48.0 Exploded Axonometric 48.1 Tower Zone 48.2 Wall Zone 48.3 Plinth Zone 48.4 Pavillion Zone 48.5 Roof Zone 48.6 Underground Zones Fig 48.1 Tower Zone

Fig 48.2 Wall Zone

Fig 48.3 Plinth Zone

Fig 48.4 Pavillion Zone

Fig 48.5 Roof Zone

Fig 48.6 Underground Zones

Fig 48.0 Exploded Axonometric

Figures 49.0 Exploded Axonometric Tower 49.1 Tower Zone 49.2 Tower Stone 49.3 Tower Axonometric Exploded Elements 49.4 Tower New Elements 49.5 Tower Changes Fig 49.1 Tower Zone

2 3 Fig 49.5 Tower Changes Old Impact New

Fig 49.2 Tower Stone

1 2 3

Fig 49.3 Tower Axonometric Exploded Elements

Fig 49.0 Exploded Axonometric Tower

Fig 49.4 Tower New Elements

Figures 50.0 Rainfall Recycling 50.1 Rainfall Pool Plant Blocks 50.3 Heat Dispersion 50.3 Exhibition Blocks 50.4 Sunlight Path

Heat Dispersion Fig 50.1 Rainfall Pool Plant Blocks

Fig 50.2 Heat Dispersion

Exhibition Display

Fig 50.3 Exhibition Blocks

Sunlight Paths

Fig 50.0 Rainfall Recycling

Fig 50.4 Sunlight Path

Figures 51.0 Wall Section 1:50 51.1 Glass Fixing Detail 51.2 Concrete Floor Detail 51.3 Glass Box Detail

Fig 51.1

1 2

Fig 51.2

4 5

6 7

Fig 51.1 Glass Fixing Detail Fig 51.3

Fig 51.2 Concrete Floor Detail

Glass Fixing Detail

Concrete Floor Detail

1 Glass to Glass Junction at Corners 2 Mastic Joint 3 12mm Insulated Glass 4 Silicone Seal 5 32mm Stainless Steel Frame Bracket 6 50mm Steel Mounting Lock Brace 7 80mm Flat Screw Steel Wall Ties

1 200mm Reinforced Concrete 2 Cold Form Steel Deck 3 Steel I Beam 4 Steel Beam Wall Brace 5 I Beam Supporting Ledge 6 Steel Beam Bracketed Support

Glass Box Floor Detail

5 6

Fig 51.0 Wall Section 1:50

Fig 51.3 Glass Box Floor Detail

1 150mm Concrte Slab 2 Cold Form Steel Deck 3 32mm Stainless Steel Glass Frame Bracket 4 700mm x 300mm Steel Hollowed Block Beam 5 Steel Brace Secure Nut 6 Steel Brace Support

Figures 52.0 Section South Tower 1:50 52.1 Water Collection Slope Detail 52.2 Glass Fixing Detail 52.3 Glass Axonometric Section

Glass Fixing Detail

Water Collection Slope Detail

1 30mm Insulated Strengthened Glass 2 32mm Stainless Steel Glass Frame Bracket 3 Stainless Steel Securing Cap Nut 4 50mm Steel Mounting Lock Brace 5 Secure Nut, Washer, Resin Bolt 6 Polished Stone Block

1 Clear PVC Covered Water Dripping System 2 Steel Column Support 3 Pvc Water Channelling Point 4 30mm Insulated Strengthened Glass 5 32mm Stainless Steel Glass Frame Bracket 6 Setting Block 7 Stainless Steel Securing Cap Nut For Supporting Brace 8 Steel Supporting Brace

Fig 52.2 Glass Fixing Detail

5 6

Fig 52.2 Glass Fixing Detail

Fig 52.1 Water Collection Slope Detail

Fig 52.3 Glass Axonometric Section

Fig 52.0 Section South Tower 1:50

Fig 52.1 Water Collection Slope Detail

Figures 53.0 Section East Tower 1:50 53.1 Section North Tower 1:50 53.2 Steel Springplate 53.3 Aluminium Glazing Bead

Springplate

Aluminium Glazing Bead

1 Polished Structural Glass Fin 2 Polished Stainless Steel Plate 3 Steel Springplate 4 Pilkington Joint 5 Insulated Glass Wall

1 Fully Toughened Glazing Roof 2 Aluminium Glazing Bead 3 Structural Glass Roof Supporting Fin 4 Polished Stainless Steel Plate

Fig 53.2 Steel Springplate Fig 53.0 Glass Detail Roof

Fig 53.1 Glass Detail Wall Connection

Fig 53.2 Glass Detail Wall

Fig 53.3 Glass Detail Floor

Fig 53.3 Aluminium Glazing Bead

Fig 53.0 Section East Tower 1:50

Fig 53.1 Section North Tower 1:50

Figures 54.0 Glass Detail Roof 54.1 Glass Detail Wall Connection 54.2 Glass Detail Wall 54.3 Glass Detail Floor

1 Glass Detail Roof

1 Mastic Joint 2 Fully Toughened Glazing Roof 3 Polished Stainless Steel Plate 4 Structural Glass Roof Supporting Fin 5 Polished Structural Glass Fin

4 3

Glass Detail Wall Connection

4 5

1 Pilkington Joint 2 Glazing Tie to Stonewall 3 Polished Specialised Cut Glass 4 Polished Structural Glass Fin 5 Steel Angled Support 6 Stainless Full Threaded Rod and Cap Nut

5 6

Fig 54.0 Glass Detail Roof

Fig 54.2 Glass Detail Wall

Glass Detail Wall 1 Stainless Steel Springplate Rod 2 Polished Stainless Steel Plate 3 Stainless Full Threaded Rod and Cap Nut 4 Pilkington Joint 5 30mm Insulated Strengthened Glass 6 Polished Structural Glass Fin

Glass Detail Floor 1 30mm Insulated Strengthened Glass 2 Steel Angled Support 3 Stainless Full Threaded Rod and Cap Nut 4 200mm Reinforced Concrete Slab 5 Cold Formed Steel Deck 6 32mm Stainless Steel Glass Frame Bracket 7 Steel I Beam

2 3 3 4 5

4 5 6 7

6 Fig 54.1 Glass Detail Wall Connection

Fig 54.3 Glass Detail Floor

Figures 55.0 Glass Box and Roof Top 55.1 Glass Box and Roof Floor 55.2 Glass Box Glass Box and Roof Top 1 Silicone Seal 2 32mm Stainless Steel Glass Frame Bracket 3 Polished Stone Block Support 4 Secure Nut, Washer, Resin Bolt 5 70mm Steel U Beam Containing Lock Base 6 Mastic Joint 7 30mm Insulated Strengthened Glass

1 2

2 3 4

Glass Box and Roof Floor 1 Steel U Beam Wall Tie 2 150mm Concrete Slab 3 Cold Formed Steel Deck 4 50mm Steel Mounting Brace 5 105mm Diaper Steel Piping Brace 6 100mm Diameter Lightweight Steel Tube Structure 7 32mm Stainless Steel Glass Frame Bracket 8 30mm Insulated Strengthened Glass

3 4 5

Glass Box 1 30mm Insulated Strengthened Glass 2 Silicone Seal and 32mm Gasket 3 Polished Stone Wall Support 4 Steel U beam Containing Lock Support Base 5 Polished Stone Tiled Flooring

6 7 Fig 55.0 Glass Box and Roof Top

Fig 55.1 Glass Box and Roof Floor

Fig 55.2 Glass Box

Figures

56.0 Rain Channelling 56.1 Exploded Axonometric of Pavillion 56.2 Material Section of Full Roof and Pavillion 56.3 Pavillion Roof Section Construction Detail 56.4 Pavillion Locations

Fig 56.4 Pavillion Locations 6 Roof Section Construction Details

Full Section Pavillion 1 Hollowed Steel Piping Structure 2 Plantation Roof Rim 3 Piping Support Cap 4 50mm Timber Desk 5 Cavity 6 Timber Slat Ties 7 Steel Frame 8 Timber Slat 9 Timber Boarding 10 Insulation 11 Setting Block 12 50mm Timber Desk

1 Setting Block 2 Connection Plate 3 Hollow Steel Piping Structure 4 30mm Steel Roofing 5 Insulation 6 Soil 7 Timber Slat Cable Ties 8 30mm Wooden Slats 9 Setting Block Connection 10 Lightweight Metallic Casing 11 PVC Membrane 12 Hollow Steel Piping Structure 13 Stainless Steel Cap Nut 14 Setting Block 15 50mm Timber Supporting Base 16 50mm Timber Roof Parapet 17 10mm Cavity

7 8 9 10 13

Fig 56.0 Rain Channelling

Fig 56.2 Pavillion Roof Section Construction Detail

30mm Lightweight Steel Roofing

PVC Damproof Membrane Soil Lightweight Steel Container

30mm Timber Slats 2

100mm Steel Hollow Piping Structure 50mm Timber Desktop Timber Structural Pillars

Curved Timber Structural Base

4 5 6

30mm Timber Slats Fig 56.1 Exploded Axonometric of Pavillion

7 8

11 12

10 9

Fig 56.3 Material Section of Full Roof and Pavillion

Figures 57.0 Plinth Location 57.1 Plinth Structure Construction Detail 57.2 Exploded Plinth Axonometric 57.3 Exploded Axonometric Structural Section Glazing 1

2 Fig 57.0 Plinth Location

Plinth Structure Construction Detail 1 30mm Timber Slats 2 32mm Steel Gasket 3 Setting Block 4 30mm Insulated Glazing 5 150mm Insulation 6 Setting Block 7 PVC Membrane 8 Internal Plasterboard 9 Timber Beam Structure

4 5 9

Fig 57.1 Plinth Structure Construction Detail

Wooden Roofing Structure

Timber Beam Structure

Wooden Wall Structure

Fig 57.2 Exploded Plinth Axonometric

Fig 57.3 Exploded Axonometric Structure Plinth

Figure 58.0 Render East Gate Entrance

Fig 58.0 Render East Gate Entrance

Figures 59.0 Tower Foam Model 59.1 Tower Foam Model 59.2 Market View 59.3 Market View from Balcony 59.4 North Tunnel Market View

Fig 59.0 Tower Foam Model

Fig 59.2 Market View

Fig 59.1 Tower Foam Model 2

Fig 59.3 Market Overview from Balcony

Fig 59.4 North Tunnel Market View

Figures 60.0 Market Tower View from Dovecot 60.1 3d Printed Tower Model With Acryllic Context Model 1 60.2 3d Printed Tower With Acryllic Context Model 2

Fig 60.1 3d Printed Tower Model With Acryllic Context Model 1

Fig 60.2 3d Printed Tower With Acryllic Context Model 2

Fig 60.0 Market Tower View From Dovecot