FRAMES & FOLDS DEREK BROWN | BRITT BROWNE HAYES HADID STUDIO | YSOA 2013
CONTENTS: MATERIAL & SYSTEM STUDIES UNIT & SYSTEM DESIGN
[1] [85]
SPORTS VENUE CASE STUDIES
[151]
MIDTERM BUILDING DESIGN
[173]
DESIGN DEVELOPMENT: UNIT, SYSTEM, & BUILDING
[209]
MATERIAL & SYSTEM STUDIES
[1]
SHELL EXPERIMENTS - STRANDS A & B [2]
FORM FINDING STUDY, HIGH & LOW POINTS WITH CABLE LOOPS FREI OTTO: CABLE NET STRUCTURES [3]
FREI OTTO [4]
STUTTGART TRAIN STATION [5]
[6]
FREI OTTO, OLYMPIC STADIUM, MUNICH [7]
FREI OTTO [8]
MANHEIM MULTIHALLE [9]
STRAND A - CABLE NET STUDIES [10]
MATERIAL STUDY - WIRE, NYLON [11]
STRAND A - CABLE NET STUDIES [12]
MATERIAL STUDY - WIRE, NYLON [13]
STRAND A - CABLE NET STUDIES [14]
MATERIAL STUDY - WIRE, NYLON [15]
STRAND A - CABLE NET STUDIES [16]
MATERIAL STUDY - WIRE, NYLON [17]
STRAND A - CABLE NET STUDIES [18]
MATERIAL STUDY - WIRE, NYLON [19]
RIGID MEMBERS ARCH & TIE-ROD
STRAND A - STRUCTURE & APERTURE [20]
TENSION MEMBERS EDGE CABLES
FREI OTTO, UNIVERSITY OF STUTTGART
STRAND A - STRUCTURE & APERTURE [21]
PIER LUIGI NERVI - GRIDSHELLS [22]
PIER LUIGI NERVI - GRIDSHELLS [23]
PIER LUIGI NERVI - GRIDSHELLS [24]
PIER LUIGI NERVI - GRIDSHELLS [25]
PIER LUIGI NERVI - CELLULAR GRIDSHELLS [26]
PIER LUIGI NERVI - GRIDSHELLS [27]
STRAND B - TENSION CHAIN [28]
KINETIC MATERIAL STUDIES - WIRE, NYLON, MAGNETS [29]
STRAND B - COMPRESSION CHAIN [30]
MATERIAL STUDIES - WIRE, NYLON, RESIN [31]
STRAND B - COMPRESSION CHAIN [32]
MATERIAL STUDIES - WIRE, NYLON, RESIN [33]
STRAND B - COMPONENTS & OPERATIONS [34]
STRAND B - COMPONENTS & OPERATIONS [35]
COMPRESSION RINGS
STRAND B - COMPONENTS & OPERATIONS [36]
ARCHES
COMPRESSION CHAIN
LATTICE
SURFACE SUBTRACTION STRAND B - COMPONENTS & OPERATIONS [37]
STRAND B - COMPONENTS & OPERATIONS [38]
COMPRESSION RING TRANSFORMATION STUDIES [39]
STRAND B - COMPONENTS & OPERATIONS [40]
AGGREGATION STUDIES [41]
STRAND B - LATICE STUDIES [42]
STRAND B - LATICE STUDIES [43]
STRAND B - NON-ORIENTED LATTICE STUDIES [44]
BROOKS + SCARPA, INTERFAITH CHAPEL, UNIV. OF NORTH FLORIDA
MATERIAL STUDIES - PLASTER & CLOTH [45]
[46]
DEVICE MODEL - WIRE, NYLON, MAGNETS [47]
DEVICE MODEL - WIRE, NYLON, MAGNETS [48]
DEVICE MODEL - WIRE, NYLON, MAGNETS [49]
[50]
DEVICE MODEL - WIRE, NYLON, MAGNETS [51]
[52]
MINIMAL FOLD PRECEDENTS [53]
ISLER - ICE STRUCTURES [54]
ISLER - “THE MODEL HAS AN ANSWER TO (NEARLY) EVERYTHING [55]
CONTROLLED SURFACE - MINIMAL FOLD [56]
FOLD MODELS - CONTAINED SURFACE AREA [57]
ISLER [58]
LAYERING WITH ISLER [59]
SINGLE FOLD & POINT MODEL - A [60]
SINGLE FOLD & POINT MODEL - A [61]
SINGLE FOLD & POINT MODEL - C [62]
SINGLE FOLD & POINT MODEL - C [63]
[64]
[65]
[66]
[67]
OTTO - TENSION CONES [68]
OTTO - TENSION CONES [69]
CAST INTERSECTION CONES & POCHE [70]
SHELL FORMWORK [71]
CAST CONE WITH FOLD [72]
CAST CONE WITH FOLD [73]
[74]
FOLDED AGGREGATION UNITS [75]
[76]
AGGREGATION [77]
[78]
AGGREGATION [79]
[80]
AGGREGATION [81]
[82]
[83]
[84]
UNIT & SYSTEM DESIGN
[85]
1
2
3
4
5
7 FOLDING UNIT STUDIES [86]
6
8
UNIT PLANS: 1 DISTORTED FOLD Y-DIR 2 DISTORTED ARCH Y-DIR 3 DISTORTED FOLD X-DIR 4 DISTORTED ARCH X-DIR 5 FOLD SERIES 6 ARCH SERIES A 7 DOUBLE ARCH SERIES 8 ARCH SERIES B
7
FOLDING UNIT STUDIES [87]
[88]
APERTURE & AGGREGATION [89]
FOLDING UNIT STUDY - ELEVATION A
FOLDING UNIT STUDY - ELEVATION B
BASE UNIT - ELEVATION A
[90]
MIRRORING & SURFACE EXTRACTION - ELEVATION A
MIRRORING & SURFACE EXTRACTION - ELEVATION B
BASE UNIT - ELEVATION B
[91]
MIRRORING & EXTRACTION - ELEVATON
MIRRORING & EXTRACTION - PLAN
MIRRORING & EXTRACTION - AGGREGATION
[92]
UNIT REFLECTION & EXTRACTION [93]
UNIT STUDIES - STRESS TEST [94]
UNIT STUDIES - STRESS TEST [95]
SURFACE 1 - COMPRESSION
UNIT STUDIES - STRESS TEST [96]
SURFACE 2 - COMPRESSION
UNIT STUDIES - STRESS TEST [97]
SURFACE 3 - TENSION
UNIT STUDIES - FORCE TEST [98]
SURFACE 4 - COMPRESSION
UNIT STUDIES - FORCE TEST [99]
SURFACE 5 - TENSION
UNIT STUDIES - STRESS TEST [100]
SURFACE 6 - TENSION
UNIT STUDIES - STRESS TEST [101]
SURFACE 7 - TENSION
UNIT STUDIES - STRESS TEST [102]
SURFACE 8 - COMPRESSION
UNIT STUDIES - STRESS TEST [103]
EXTRACTION ZONES [104]
EXTRACTION ZONES [105]
EXTRACTION ZONES - PHYSICAL TESTING [106]
[107]
SURFACE 1
EXTRACTION ZONES - PHYSICAL TESTING [108]
SURFACE 2
SURFACE 3
[109]
BASE UNIT - HEXAGONAL PRIMITIVE
BASE UNIT MIRRORING & EXTRACTION
EXTRACTION ZONES [110]
BASE UNIT - HEXAGONAL OVERLAY
HEXAGONAL PRIMITIVE & INTERIOR FOLD
BASE UNIT MIRRORING & UNION
BASE UNIT MIRRORING & UNION
SYSTEM BASE [111]
SYSTEM STUDIES - RADIAL ORGANIZATION [112]
SYSTEM STUDIES - LINEAR ORGANIZATION [113]
SYSTEM STUDIES - RADIAL ORGANIZATION [114]
SYSTEM STUDIES - LINEAR ORGANIZATION [115]
[116]
PREFERRED SYSTEM STUDIES [117]
PREFERRED SYSTEM STUDIES [118]
[119]
[120]
SYSTEM STUDIES - APERTURE & SEAM [121]
LOCAL SEAMING & DISTORTION [122]
LOCAL SEAMING & DISTORTION [123]
LOCAL SEAMING & DISTORTION [124]
LOCAL SEAMING & DISTORTION [125]
LOCAL SEAMING & DISTORTION [126]
LOCAL SEAMING & DISTORTION [127]
SYSTEM STUDIES - APERTURE & SEAM [128]
SYSTEM STUDIES - APERTURE & SEAM [129]
SYSTEM STUDIES - APERTURE & SEAM [130]
SYSTEM STUDIES - APERTURE & SEAM [131]
SYSTEM STUDIES - APERTURE & SEAM [132]
SYSTEM STUDIES - APERTURE & SEAM [133]
SYSTEM STUDIES - APERTURE & SEAM [134]
SYSTEM STUDIES - APERTURE & SEAM [135]
SYSTEM STUDIES - APERTURE, SEAM, EXTRACTION [136]
SYSTEM STUDIES - APERTURE, SEAM, EXTRACTION [137]
SYSTEM STUDIES - SEAM & FIGURATION [138]
SYSTEM STUDIES - SEAM & FIGURATION [139]
SYSTEM STUDIES - SEAM & FIGURATION [140]
SYSTEM STUDIES - SEAM & FIGURATION [141]
SYSTEM STUDIES - SURFACE & APERTURE [142]
SYSTEM STUDIES - SURFACE & APERTURE [143]
SYSTEM STUDIES - FRAME & FIGURATION [144]
SYSTEM STUDIES - FRAME & FIGURATION [145]
STRAND B - COMPRESSION CHAIN [146]
MATERIAL STUDIES - WIRE, NYLON, RESIN [147]
[148]
[149]
0M
200M
1
4
5
7
8
10
11
13
16
18
PRECEDENT FOOTPRINTS & SITE [152]
2
14
17
19
3
6
9
12
15
LEFT: 1 ALLIANZ ARENA 2 NELSON MANDELA BAY STADIUM 3 FOOTBALL STADIUM OF SPORTS PARK STOZICE 4 HANGZHOU SPORTS PARK STADIUM 5 NATIONAL STADIUM, WARSAW 6 MUNICH OLYMPIC STADIUM 7 BEETHOVEN CONCERT HALL 8 GUANGZHOU OPERA HOUSE 9 SYDNEY OPERA 10 BERLIN PHILHARMONIC 11 ROLEX LEARNING CENTRE 12 HAYDAR ALIYEV CULTURAL CENTRE 13 INGALLS HOCKEY RINK 14 LONDON VELODROME 15 OLYMPIC BASKETBALL ARENA 16 LONDON AQUATICS CENTRE 17 YOKOHAMA FERRY TERMINAL 18 TWA FLIGHT CENTER 19 STOCKHOLM FERRY TERMINAL
5
4
1 2 3
ABOVE: 1 PROJECT SITE 2 ASIA 3 SEA OF MARMARA 4 EUROPE 5 GOLDEN HORN
SITE & CONTEXT [153]
HANGZHOU SPORTS STADIUM
MUNICH OLYMPIC STADIUM
ALLIANZ ARENA
NELSON MANDELA BAY STADIUM
NATIONAL STADIUM, WARSAW
STOZICE FOOTBALL STADIUM
PRECEDENT - LARGE SPORTS VENUES [154]
0M
100M
INGALLS HOCKEY RINK
LONDON OLYMPIC BASKETBALL ARENA 0M
50M
LONDON VELODROME
LONDON AQUATICS CENTRE
PRECEDENT - SMALL SPORTS VENUES [155]
PRECEDENT - LARGE SPORTS VENUES [156]
HANGZHOU SPORTS PARK STADIUM ARCHITECT: NBBJ + CCDI YEAR: 2013 LOCATION: HANGZHOU, CHINA CAPACITY - 80,000
0M
50M
PRECEDENT - LARGE SPORTS VENUES [157]
PRECEDENT - LARGE SPORTS VENUES [158]
NELSON MANDELA BAY STADIUM ARCHITECT: GMP ARCHITEKTEN YEAR: 2010 LOCATION: PORT ELIZABETH, SOUTH AFRICA CAPACITY - 46,000
0M
50M
PRECEDENT - LARGE SPORTS VENUES [159]
PRECEDENT - LARGE SPORTS VENUES [160]
FOOTBALL STADIUM OF SPORTS PARK STOZICE ARCHITECT: SADAR + VUGA YEAR: 2010 LOCATION: LJUBLJANA, SLOVENIA CAPACITY - 16,000
0M
50M
PRECEDENT - LARGE SPORTS VENUES [161]
PRECEDENT - LARGE SPORTS VENUES [162]
DAVID S. INGALLS HOCKEY RINK ARCHITECT: EERO SAARINEN YEAR: 1958 LOCATION: NEW HAVEN, CT CAPACITY - 3,500
0M
50M
PRECEDENT - LARGE SPORTS VENUES [163]
PRECEDENT - LARGE SPORTS VENUES [164]
LONDON VELODROME ARCHITECT: HOPKINS ARCHITECTS YEAR: 2011 LOCATION: LONDON, UNITED KINGDOM CAPACITY - 6,000
0M
50M
PRECEDENT - LARGE SPORTS VENUES [165]
PRECEDENT - LARGE SPORTS VENUES [166]
LONDON OLYMPIC BASKETBALL ARENA ARCHITECT: WILKINSON EYRE ARCHITECTS YEAR: 2011 LOCATION: LONDON, UNITED KINGDOM CAPACITY - 12,000
0M
50M
PRECEDENT - LARGE SPORTS VENUES [167]
1 1 LONDON OLYMPIC STADIUM 2 INGALLS HOCKEY RINK 3 LONDON VELODROME 4 LONDON BASKETBALL VENUE
[168]
2
3
4
PRIMARY PRECEDENTS [169]
[170]
0M
50M TWA TERMINAL - EERO SAARINEN [171]
[172]
MIDTERM BUILDING DESIGN
[173]
BASE UNIT - HEXAGONAL PRIMITIVE
HEXAGON UNIT TRANSLATION [174]
BASE UNIT - HEXAGONAL OVERLAY
HEXAGONAL PRIMITIVE & INTERIOR FOLD HEXAGON UNIT TRANSLATION [175]
SYSTEM & SHELL DIAGRAMS [176]
SYSTEM & SHELL DIAGRAMS [177]
3 4
2 1
5 6
8 7
SYSTEM & SHELL DIAGRAMS [178]
2
3 4
1
6
5
SYSTEM & SHELL DIAGRAMS [179]
3 4
2 1
5 6
8 7
SYSTEM & SHELL DIAGRAMS [180]
2
3 4
1
6
5
SYSTEM & SHELL DIAGRAMS [181]
2
3
1
4
6
SYSTEM & SHELL DIAGRAMS [182]
5
2
3
4
1
6
5
SYSTEM & SHELL DIAGRAMS [183]
2
3
1
4
6
SYSTEM & SHELL DIAGRAMS [184]
5
2
3
4
1
6
5
SYSTEM & SHELL DIAGRAMS [185]
1
4
SYSTEM & SHELL DIAGRAMS [186]
2
3
1
4
2
3
SYSTEM & SHELL DIAGRAMS [187]
1
4
SYSTEM & SHELL DIAGRAMS [188]
2
3
1
4
2
3
SYSTEM & SHELL DIAGRAMS [189]
1
4
SYSTEM & SHELL DIAGRAMS [190]
2
3
1
4
2
3
SYSTEM & SHELL DIAGRAMS [191]
TRACK & FIELD STADIUM STUDIES - PLAN [192]
TRACK & FIELD STADIUM STUDIES - PLAN [193]
TRACK & FIELD STADIUM STUDIES - ELEVATIONS [194]
TRACK & FIELD STADIUM STUDIES - ELEVATIONS [195]
[196]
TRACK & FIELD STADIUM SECTION [197]
TRACK & FIELD STADIUM PLAN [198]
VELODROME PLAN [199]
[200]
VELODROME SECTION [201]
VELODROME SHELL STUDIES - PLAN [202]
VELODROME SHELL STUDIES - PLAN [203]
VELODROME SHELL STUDIES - TENSION ELEVATION [204]
VELODROME SHELL STUDIES - TENSION ELEVATION [205]
VELODROME SHELL STUDIES - LAYERING RECURSIVE PATTERNS [206]
VELODROME SHELL STUDIES - LAYERING RECURSIVE PATTERNS [207]
[208]
DESIGN DEVELOPMENT: UNIT, SYSTEM & BUILDING
[209]
VELODROME & STADIUM - MATERIAL STUDIES [210]
[211]
[212]
STADIUM - MATERIAL STUDY [213]
[214]
STADIUM - MATERIAL STUDY [215]
[216]
MATERIAL STUDY - SHELL & GROUNDPLANE COUPLING [217]
[218]
MATERIAL STUDY - SHELL & GROUNDPLANE COUPLING [219]
[220]
MATERIAL STUDY - SHELL & GROUNDPLANE COUPLING [221]
BASE UNIT - HEXAGONAL PRIMITIVE
BASE UNIT MIRRORING & EXTRACTION
EXTRACTION ZONES [222]
BASE UNIT - HEXAGONAL OVERLAY
HEXAGONAL PRIMITIVE & INTERIOR FOLD
BASE UNIT MIRRORING & UNION
BASE UNIT MIRRORING & UNION
SYSTEM BASE [223]
[224]
HEXAGONAL PRIMITIVE & VERTICAL FOLD [225]
[226]
HEXAGONAL PRIMITIVE & VERTICAL FOLD [227]
[228]
SHELL VARIATIONS [229]
[230]
SHELL AND GROUND RELATIONSHIPS [231]
[232]
UNIT SEAMING [233]
[234]
RADIAL UNIT SEAMING [235]
RADIAL HEXAGONAL SITE STRATEGY [236]
[237]
[238]
SITING PROGRAM & ARTICULATING SCALE [239]
[240]
SITE PLAN - SYSTEM & PROGRAM [241]
[242]
GROUND PLANE - SEAMING [243]
[244]
GROUND PLANE GRAIN - BULGING [245]
[246]
GROUND PLANE GRAIN - SMALL SCALE ARTICULATION [247]
[248]
SITE PLAN [249]
SHELL & GROUND PLANE SEAMING STUDIES [250]
STADIUM MODEL [251]
[252]
STADIUM MODEL [253]
[254]
STADIUM MODEL [255]
[256]
SITE MODEL [257]
[258]
VELODROME PLAN [259]
[260]
LANDSIDE APPROACH - VELDROME WITH STADIUM BEYOND [261]
[262]
VELODROME INTERIOR [263]
[264]
LANDSIDE APPROACH - VELODROME ENTRY [265]
[266]
LANDSIDE APPROACH - STADIUM PLAZA [267]
[268]
SITE CANOPY INTERIOR [269]
[270]
PROMENADE APPROACH [271]
[272]
PROMENADE APPROACH [273]
[274]
PROMENADE APPROACH [275]
[276]
[277]
[278]
STADIUM INTERIOR [279]
[280]
STUDIO MASTERPLAN [281]
STUDIO SITE MODEL [282]