living bridge

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Bridges are more than an infrastructural hotwire. Their status as connecting hubs gives them an architectural potential. Looking for the true meaning of bridges,connections and human movement.

TRANSCRIPT

Page 1: Living Bridge

London Living Bridge

Page 2: Living Bridge

01Layers of London

_Static Layers (infrastructrual layer, activities,..)

_Dynamic Layers (geographical layer, use,...)

_Physical Layers (geographical layers, infrastructural,...)_Abstract Layers (use, activities,...)

_Projection Layers (use of infrastructure,tides,...)

_Base Layers (public infrastructures)

Page 3: Living Bridge

02Base layer (public infrastructure)

_Base layer: depending on field of reseach. (train, metro, bus and taxi

_Functional mapping (pointclouds)

Page 4: Living Bridge

03Busses (part of baselayer)

_Bus Pointcloud (border = M25 motorway)

_Bus Voronoi _Bus Delaunay

Page 5: Living Bridge

04Taxi (part 2 of baselayer)

_Taxi Pointcloud (border M25)

_Taxi Voronoi

_Taxi Delaunay

Page 6: Living Bridge

05Metro (part 3 of baselayer)

_Metro Pointcloud (border M25)

_Metro Voronoi

_Metro Delaunay

Page 7: Living Bridge

06Train (part 4 of baselayer)

_Train Pointcloud (border M25)

_Train Voronoi

_Train Delaunay

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07Baselayer (infrastructures)

_Voronoi and Delaunay overlay (border M25)

Page 9: Living Bridge

08Delaunay on site

_Less connections over Thames (natural scar)_Several nodes close to London Bridge (nodes selected by amount of connections >10)

Page 10: Living Bridge

09Baselayer Delaunay Zoom

_Edge of baselayer Delaunay being 1.07 km_Modification of baselayer Delaunay via attractors on nodes_Base structure on bridge _Base structure on bridge

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10Tangling A

_Clustering of curves, digital interpretation of the Otto Frei “wool thread” principal digital research of clustering- techniques

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11Tangling B

_Straight curves

_Clustered curves to attractor

_Shifted

_Shifted with higher clustering- factor

Page 13: Living Bridge

12Deflector test on bundel

_topview of bundel a way to morph the wetgrid and linearity of straight lines (several examples, distortion depending on the gravity of the deflector)

_perspective view of bundel_perspective view of bundel

Page 14: Living Bridge

13Wetgrid deflectors

_Digital representation of the Otto Frei wetgrid system

_f being the evolution in time and force of the deflectors

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14Cross-references

_Second layer, edges being the 1.07 km radius

_Generated via cross-references on pointcloud of baselaye

_1 : start 2 : cluttering North bank 3 : cluttering North and South bank 4 : cluttering + attractor

5 : cluttering + deflector6 : cluttering + attractor and deflector

1 2 3

4 5 6

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15Cross reference

_Connection of the street-ends

_Tangling

Page 17: Living Bridge

16Cross reference

_Connection of the street-ends

_Tangling

_Selection of most important connections

Page 18: Living Bridge

17Cross reference

_Main branches (red)

_Secondary branches (orange)

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18Survey

_Most favourable way of transport = on foot

_Average distance that people want to travel on foot to public transport-node

_Generates our radius, being 1.07 km

_From this circle we will extract the program for the bridge

Page 20: Living Bridge

19Functionmapping

_On radius defined by distance on foot to transportationHUB

_Urban stitching

Page 21: Living Bridge

20Function count

_First system : selection by number. Most frequent items will be adapted to the program

_Offices: 198_Shops: 63_Churches: 40_Bars: 79_Restaurants: 88

Page 22: Living Bridge

21Function count

_Second system : Area of each function to define area dedicated to each function on bridge

_Offices: 19108 sqm_Shops: 3050 sqm_Churches: 1874 sqm_Bars: 1637 sqm_Restaurants: 2790 sqm

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22Open spaces on thamesbank

_Connect open space on north and south bank.

_Insert extra program, to provide solution for needs

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23Extra program

_London splash and waterfront on Northbank

Page 25: Living Bridge

24Extra program (infrastructural)

_1: Infrastructural HUB of train and metro

_Train: endstop

_New subwaytrack over new bridge

Page 26: Living Bridge

25Trainstation

_Contains the largest part of the program (shops, offices, bars and restaurants)

Page 27: Living Bridge

26Gyroid tests

_Rheotomic surfaces

Page 28: Living Bridge

27Gyroid modification

_Spatial modifiaction

_Initial stretched gyroid

_Tests on sharpness and curvature of gyroid

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2

2

3

22 22 24

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7

Trainstation

_1. Dakoppervlak 42*204 m = 8568 m²_2. Treinsporen (6) over 2 verdiepingen = 8526 m²__3. Landschapskantoren = 2* 8*214 m= 3424 m²_4. Resto/Snack = 18* 150m = 2700 m²_5. Stationshal= 18* 130 m = 2340 m²_6. Winkelruimte= 18* 210 m = 3780 m²_6. Winkelruimte= 18* 210 m = 3780 m²_7. Metrolijn 2 sporen = 18* 190 m = 3420 m²

3 3

Page 30: Living Bridge

29Construction Trainstation

_Gewapende betonschijf 80 cmKokerprofiel 80*60 cmStaalprofiel 20*10 cmDubbele beglazing

© Toyo Ito Arch. Taichung opera House

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32Mainhall trainstation

_View on the mainhall and lanfscape offices of the trainstation

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33Public space next to trainstation

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34Car- and buslanes

_Roadsystem

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35Wetgrid

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36Wetgrid First layer

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37Wetgrid Top layer

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38Organisation of masterplan

Waterfront Shopstrip and restaurant Harbour-area Parkzone

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