1
3
北冰洋
4
南极海
Antártico
双重
Doble
间接
Indirecta
钢质材料
Esqueleto de
acero
小号
Trompeta de
hielo
冰晶
Cristal de
nieve
强调
Lineal
切面
Facetado
骨架结构
Costillas
estructurales
北冰洋
Ártico
夜空
Noche
温柔
Suave
混凝土回路
Lazo de
hormigón
“
鼓舞
”
音乐
Tambores
Inuit
冰花
Flor del Ártico
云
Nubes
火花
Destelleante
铺装
Pavimento de
escamas
印度洋
Índico
日出
Puesta de sol
聚焦
Enfocada
木质天花板
Techo de
madera
锡塔尔琴
Sitar
竹子
Flor del
bambú
反射
Reflejo
波浪
Ondas
浮顶
Cubierta
flotante
南大西洋
Atlántico Sur
日落
Puesta de sol
水平
Horizontal
木质波浪
Ola de
madera
手风琴
Bandoneón
天堂花
Flor del
Paraíso
辐射
Radiación
纤维
Fibras
剥离型表面
Piel laminar
南太平洋
Pacífico Sur
瞭望
desde las
直射
Directa
alturas
有形的树
Árboles de
hormigón
迪吉里杜管
Aborígenes
Digeridoo
木槿
Hibisco
蜿蜒
Meandros
闪耀
Brillo
预制扶手
Barandilla
prefabricada
北大西洋
Atlántico
Norte
过滤
Filtrada
天空
Cielo abierto
木质围堰
Cofre de
madera
西班牙加利
西亚风笛
Gaita gallega
松球
Piña
平台
Plataformas
灼热
Resplandor
木质接合
Unión de
madera
北太平洋
Pacífico
Norte
滤镜效果
Pixelada
水
Agua
陶瓷
Piel cerámica
中国二胡
Violín chino
莲花
Flor de loto
马赛克
Mosaico
流动
Fluido
铺装
Pavimento
冰晶
Cristal de
nieve
北极花
Flor del Ártico
竹
Bambú
天堂花
Flor del
Paraíso
木槿花
Hibisco
松球
Piña
莲花
Flor de loto
金属贴
Medallas
南极苔藓
Musgo del
Antártico
北极苔原
Flor de
tundra
印度金盏花
Cristantemo
de la India
天堂花
Flor del
Paraíso
南太平洋美
人蕉
Canna del
Pacífico Sur
加拿大红
枫树
Arce
canadiense
樱桃树
Cerezo
清新的空气
Ozono Limpio
海水
Agua salada
婆罗洲丛林
Selva de
Borneo
百香果
Fruta de la
Pasión
木槿花
Hibisco
松树叶
Acículas
茶
Té
REFERENCIAS GEOGRÁFICAS DEL PUENTE
景观桥的地理信息参考
海
6
7
CONTEXTO
区域概况
57
滴水湖
DISHUI LAKE
环路
ANILLO RODADO
北码头
MUELLE NORTE
码头
Puerto
茶室园林景观
Sala de té con vistas al paisaje
8
ESPACIO
空间
Sección
Alzado
ANILLO RODADO
JARDÍN DE ESCULTURAS DE LAS COLINAS RODANTES
MUELLE NORTE
9
Tromso,
Norway
挪威特罗姆瑟
Skin
of
Arctic
Snake,
Lemmenjoki National
Park,
Finland
芬兰国家公园
Aurora
borealis,
Reykjavik,
Iceland
冰岛雷克雅维克极光
Hoodoos in
Drumheller,
Alberta,
Canada
加拿大阿尔伯塔恐龙
谷 芬兰国家公园
的奇形岩
Pechora River,
near
Ural
Mountains,
Russia
俄罗斯伯朝拉河,靠
近. 乌拉尔山
Zvezdnyi mountain,
Great
Sayan Ring,
Siberia,
Russia
俄罗斯西伯利亚萨彦
岭
Nord
city,
Greenland,
Denmark
丹麦格陵兰
LOCALIZACIÓN DE REFERENCIAS
地理概念
Río Pechora, cerca de los
Montes Urales, Rusia
Piel de serpiente del
ártico, Lemmenjoki
Parque Nacional,
Finlandia
Tromso, Noruega
Aurora boreal,
Reykjavik, Islandia
Ciudad del norte,
Groenlandia, Dinamarca
Hoodoos en
Drumheller, Alberta,
Canadá
10
REFERENCIAS GEOGRÁFICAS
地理信息参考
La noche de Ártico es infinita. En ella se dibujan las curvas sorprendentes de la aurora boreal.
Infiniy Bridge también adopta este tipo de forma, para permitir mirar el cielo nocturno.
北极的夜空是无限的。E港桥的设计灵感来源于北极夜空中极光的轨迹,同时也暗喻着这座桥是
观赏夜空的最佳地点。
PAISAJE DE NUBES
PAVIMENTO DE ESCAMAS
VISTA DE LA NOCHE
LAZO DE HORMIGÓN
FLOR DEL ÁRTICO
LUZ DESTELLEANTE
ÁRTICO
Hoodoos en
Drumheller, Alberta,
Canadá
Ciudad del norte,
Groenlandia,
Dinamarca
Montaña Zvezdnyi,
Gran Anillo Sayan,
Siberia, Rusia
Tromso, Noruega
Río Pechora, cerca de
los Montes Urales,
Rusia
Aurora boreal,
Reykjavik, Islandia
Piel de serpiente del
ártico, Lemmenjoki Parque
Nacional, Finlandia
LUZ SUAVE
云
铺装
夜空
混凝土回路
火花
温柔
冰花
北冰洋
丹麦格陵兰
挪威特罗姆瑟
俄罗斯伯朝拉河,靠近
乌拉尔山
俄罗斯西伯利亚萨彦岭
冰岛雷克雅维克极光
芬兰国家公园
加拿大阿尔伯塔恐龙谷
的奇形岩
11
REFERENCIAS APLICADAS
应用参考
每座桥的地理特征将用图像来展示: 通过标识设计从细节上解释其形式特征和对应大洋的地理
位置和地域特点。
El puente incorpora referencias de los lugares que componen el relato geográfico en sus formas y materiales.
Explica sus particularidades a través de sus elementos de señalización.
PAISAJE DE NUBES
PAVIMENTO DE ESCAMAS
VISTA DE LA NOCHE
LAZO DE HORMIGÓN
FLOR DEL ÁRTICO
LUZ DESTELLEANTE
LOCALIZACIONES
EN EL PUENTE
LUZ SUAVE
云
铺装
夜空
混凝土回路
火花
温柔
12
CONCEPTO
设计理念
INFINITY
The structure takes form throughout the torsion of an endless reinforced concrete ribbon and which is at the same
time the deck and the cover. The band closes itself and invites the walker to access through the outer bent folds. The
bridge pretends to be an essential gesture that solves at once constructive and functional problems. The walking area it
is covered by a matrix of ceramic hexagonal pieces that blurs as it drives off from the horizontal plane. The bridge takes
advantage of the topography from the landscape project optimizing its supports.
CONCEPT
桥的结构是以无限扭转的形态构成的钢筋混凝土的缎带形体,桥板和顶板是浑然一体的。河岸在这里关闭,并具引导性地使行
人通过弯折处的开口穿行。桥体本身试图因此同时解决建造和功能的两大问题。行人区域铺的矩阵式六边形瓷砖模糊了水平方
向的上下边线。从地貌上看最优化了与景观的光系。
无极
设计理念
INFINITY
The structure takes form throughout the torsion of an endless reinforced concrete ribbon and which is at the same
time the deck and the cover. The band closes itself and invites the walker to access through the outer bent folds. The
bridge pretends to be an essential gesture that solves at once constructive and functional problems. The walking area it
is covered by a matrix of ceramic hexagonal pieces that blurs as it drives off from the horizontal plane. The bridge takes
advantage of the topography from the landscape project optimizing its supports.
CONCEPT
桥的结构是以无限扭转的形态构成的钢筋混凝土的缎带形体,桥板和顶板是浑然一体的。河岸在这里关闭,并具引导性地使行
人通过弯折处的开口穿行。桥体本身试图因此同时解决建造和功能的两大问题。行人区域铺的矩阵式六边形瓷砖模糊了水平方
向的上下边线。从地貌上看最优化了与景观的光系。
无极
设计理念
191
Shanghai Harbour City Development (Group) Co., Ltd
INFINITY
The structure takes form throughout the torsion of an endless reinforced concrete ribbon and which is at the same
time the deck and the cover. The band closes itself and invites the walker to access through the outer bent folds. The
bridge pretends to be an essential gesture that solves at once constructive and functional problems. The walking area it
is covered by a matrix of ceramic hexagonal pieces that blurs as it drives off from the horizontal plane. The bridge takes
advantage of the topography from the landscape project optimizing its supports.
CONCEPT
桥的结构是以无限扭转的形态构成的钢筋混凝土的缎带形体,桥板和顶板是浑然一体的。河岸在这里关闭,并具引导性地使行
人通过弯折处的开口穿行。桥体本身试图因此同时解决建造和功能的两大问题。行人区域铺的矩阵式六边形瓷砖模糊了水平方
向的上下边线。从地貌上看最优化了与景观的光系。
无极
设计理念
CONCEPT
设计理念
INFINITY
The structure takes form throughout the torsion of an endless reinforced concrete ribbon and which is at the same
time the deck and the cover. The band closes itself and invites the walker to access through the outer bent folds. The
bridge pretends to be an essential gesture that solves at once constructive and functional problems. The walking
area it Is covered by a matrix of ceramic hexagonal pieces that blurs as it drives off from the horizontal plane. The
bridge takes advantage of the topography from the landscape proJect optimizing its supports.
无极
这座桥的结构是钢筋混凝土形成的无限扭转的缎带形体,从而让桥面和桥顶浑然一体。曲面自然闭合,从而引导行人穿行
在弯折处,从而使桥梁解决建造和功能两个问题。桥面上铺六边形瓷砖,使水平方向的上下边线变得模糊。此外,这座桥
优化了桥梁与景观堆坡的关系。
13
192
Shanghai Harbour City Development (Group) Co., Ltd
FORM GENERATION
1. 这个桥所在的地形给行人流线提供了不同的
高度落差,因此桥顶和桥面的设计利用这点淡
化了高度差。
2. 这种从地基到屋顶变化扭曲的造型,形成了
一个可以看星星的遮蔽物。
3. 桥板最终完成并呈现出一个莫比乌斯环,
通过从东面的入口连接到西面的桥顶。
造型构成
1. The topography gives access to the
bridge from different heights, thus blurring
the difference between roof and ground
2. This ambiguity allows that a twisting
surface transforms a foundation into a roof,
becoming a shelter to contemplate stars.
3. The deck completes the topology of a
Mobius band, via connecting the eastern
floor a entrance in the western roof access.
FORM GENERATION
造型构成
1. The topography gives access to the bridge
from different heights, thus blurring the
difference between roof and ground.
2. This ambiguity allows that a twisting surface
transforms a foundation into a roof, becoming
a shelter to contemplate stars.
3. The deck completes the topology of a
moeobius band, via connecting the eastern
floor a entrance in the western roof access.
1.
利用桥顶和桥面的设计,弱化这座桥所在的
坡度给行人提供了不同的步行高度差 。
2.
这种从桥梁基础到顶部的扭曲形态,形成了一
个可以看夜空的遮蔽物。
3.
通过东面的入口连接到西面的桥顶,桥面最终
形成莫比乌斯环。
GENERACIÓN DE FORMA
造型构成
1. La topografía da acceso al puente
desde diferentes alturas, lo que diluye la
diferenciación entre el cubierta y tablero
2. Esta ambigüedad permite que una misma
superficie torsionada transforme el suelo en
cubierta, convirtiéndose en un refugio para
contemplar las estrellas
14
Structural concept
It's a concrete sheet with a constant width in which a torsion is applied to acquire different positions, from a horizontal
plane (on which the deck is supported) to a sort of cloth that sits on a vertical plane at the middle point of the canal
opening. The sheet allows the passage of pedestrians and cyclists in the horizontal part. The complete form of the walkway
leads to a variable depth and a few rigid abutments that can minimize the thickness of the concrete blade.
The sheet is a self-supporting element which presents a layout of two soft curves and a reversed curve, assimilable to a
straight line that saves the canal span. The structural asymmetrical condition allows a great open view to the Lake.
Structure allows no horizontal or oblique loads on the supports therefore the abutments only transmit vertical loads.
Main structural elements
1.- Abutments: they are part of the main structure and rely on the foundation (pile cap and deep piles)
2.- Main Structure: it is a concrete blade of constant width and section. The sheet guideline presents a rotation between a
horizontal position which is kept alongside 45 meters and a warped surface which only has a vertical section in the middle of
the span. Transitions between both positions are continuous and generate two cylindrical turns over the abutments (access
and exit of the walkway).
3.- Supports: the walkway supports are inserted on the abutments on both sides of the channel. Where there is no
intermediate supports.
4.- Structural Joints: all the joints are carried out guaranteeing the continuity of the structure and the armor in all directions
of the sheet.
Constructive elements
The walkway consist of five basic elements:
1.- Abutments and land supports: consist of reinforced concrete deep foundation.
2.- Reinforced concrete sheet: it is the main element for the walkway, the deck and the other structural components.
3.- Horizontal Finish: the flat floor will be paved with glazed Orange pot ceramic tile of non-slip character. This ceramic will
be extended in the vertical envelope (cylindrical turns) extreme walls disappearing gradually as it moves away from the
horizontal plane.
4.- Railing: made up stainless steel tubular elements and anchored to the concrete sheet.
5.- Lighting: the functional lighting (linear white light projectors) will be integrated in the concrete sheet ceiling. Ornamental
lighting (point white light top and bottom yellow light projectors) will be integrated respectively on the outside of the sheet
in the concrete and in abutments of the walkway.
Shanghai Harbour City Development (Group) Co., Ltd
TECHNICAL DESCRIPTION
DESCRIPCIÓN TÉCNICA
۪ޱރ
技术说明
Principio estructural
Se trata de una lámina de hormigón armado de ancho constante que se torsiona adquiriendo diversas posiciones, desde
un plano totalmente horizontal (sobre el que se asienta el tablero) hasta una suerte de vela que se sitúa en un plano
vertical en el punto central del vano del canal. La lámina permite el paso de peatones y ciclistas en su parte horizontal. La
forma completa de la pasarela propicia un canto variable y unos estribos rígidos que pueden minimizar el espesor de la
lámina de hormigón. La lámina es autoportante y presenta un trazado de dos suaves curvas y una contracurva, asimilable
a una recta que salva la luz del canal. La condición asimétrica dela forma estructural permite una gran panorámica abierta
al lago. La estructura permite apoyos libres de cargas horizontales u oblicuas por lo que los estribos solo transmiten
cargas verticales.
Elementos principales de la estructura
1.-Estribos: Son parte de la estructura principal y se apoyan sobre la cimentación (encepado y pilotes profundos)
2.-Estructura principal: Lámina de hormigón armado de ancho y sección constantes. La directriz de la lámina presenta
una rotación entre una posición horizontal que se mantiene durante 45 metros y una superficie alabeada de sección
vertical solo en el punto central del vano. Las transiciones entre ambas posiciones son continuas y provocan dos vueltas
cilíndricas sobre los estribos (acceso y salida de la pasarela).
3.-Soportes: Los soportes de la pasarela se alojan en sus estribos en ambas orillas del canal. Sin que existan soportes
intermedios.
4.-Uniones estructurales: Se prevé que todas las uniones se realicen garantizando la continuidad de la estructura y las
armaduras en todas las direcciones de la lámina.
Elementos constructivos
La pasarela se compone de cinco elementos básicos:
1.-Estribos y apoyos en tierra: Conformado por la cimentación profunda de hormigón armado.
2.-Lámina de hormigón armado: Da cuerpo a la pasarela, tanto al tablero como al resto de componentes estructurales y
constituye su elemento principal.
3.-Revestimiento del plano horizontal: El plano pisable se pavimentará con losetas de cerámica esmaltada en color
naranja caldero de carácter antideslizante. Esta cerámica se extenderá en vertical sobre los paramentos extremos
(vueltas cilíndricas) despareciendo de forma progresiva según se aleja del plano horizontal.
4.-Barandilla: Compuesta por vástagos y pasamanos de acero inoxidable tubular de sección cilíndrica anclados a la
lámina de hormigón armado.
15
194
Shanghai Harbour City Development (Group) Co., Ltd
TECHNICAL DATA
技术资料
TECHNICAL DATA
技术资料
DATOS TÉCNICOS
技术资料
Situación
Puerto
Nombre
Tipología estructural
Movilidad/Rotación
Soportes intermedios
Número de soportes
Luz máxima entre soportes
Longitud máxima de estructura
Longitud máxima de pasarela
Área de paseo
Área total
Área afectada por urbanización
Altura máxima
Ancho máximo de pasarela
Ancho mínimo de pasarela
Altura máxima interior
Altura mínima interior
Material principal de estructura
Material secundario de estructura
Material de soportes
Material de cimentación
Material de pasarela
Material de rastreles
Cota de cimientos
Cota mínima de estructura
Cota superficie del agua
Color 1
Color 2
Norte - Noreste
Vaso doble
Hormigón
Acero
Hormigón
Hormigón
Cerámica
16
195
Shanghai Harbour City Development (Group) Co., Ltd
STRUCTURAL SYSTEM
结构
栏杆(梁)
���
����
混凝土
基础
��混凝土�
混凝土��
栏杆(梁)
STRUCTURAL SYSTEM
গ߄
SISTEMA ESTRUCTURAL
结构
Viga (vela) principal
Junta de losa
Viga a modo de barandilla
Viga a modo de barandilla
Apoyo de hormigón
17
196
Shanghai Harbour City Development (Group) Co., Ltd
KE^dZhd/KE>DEd^
栏杆(梁)
陶瓷铺装
Пৈߣ
ߡݎড়
ڏଭ
CONSTRUCTION ELEMENTS
建造
ELEMENTOS CONSTRUCTIVOS
建造
Viga a modo de barandilla
Sistema estructural principal
19
20
21
ALZADO DIURNO DESDE LA CIUDAD
日景图(市)
-
-22
23
24
25
28
6905 6505
200 200 Tg Point
Tg Point 6770+9.51 +4.30 Deck Plan 桥面图 2.50 6740 Tg Point Tg Point Tg Point Tg Point 5165 6420 +7.56 3.60 2.50 SYMBOL
The bridge is represented by the Artic Flower, frozen structure that relates to the ice plains near the North Pole.
SIGNING
The bridge provides two signaling elements. The medals and the landmark.
MEDALS
The medals announce the bridge when the pedestrian approaches it to cross it.
The small medals overtake the roads. They only include the SYMBOL of the bridge that identifies its relation with the sea that it represents. In the bridge´s entrance, four other medals indicate the uses of the routes that cross the bridge: pedestrians, cyclists and skaters. The big medals are arranged at the starting line of the bridge. They also indicate the sea represented by the bridge inside the globe´s context, the bridge´s symbol and the icon of its shape, next to the year in which they were built. All the bridges with roof incoorporate as well in their structure a signal with the year of its construction.
LANDMARK
The landmark contains touch-sensitive information that explains in convention-al language and for the blind, the meaning of the bridge and its reconvention-altion with the sea that it represents. The landmark also contains technical details about the bridge´s symbol (meaning, botany, weather, color). In addition. the landmark incoorporates an earphone that emits environmental sounds related to the own culture of the represented sea.
Several Scales
北极洋
Bridge of the Artic Sea
象征 这座桥象征着北极花,凝固的结构也和北极的冰川有联系。 标识 这座桥主要由两种标识——地贴和标志。 地贴 镶嵌在路上的地贴向行人介绍这座桥的信息。这些信息解释了桥和海洋的 关系。在出入口处,4个特别的地贴显示了通过这座桥地四种人:行人, 骑自行车的人,玩滑板的人,和玩轮滑的人。此外,这些地贴的设置也表 现了桥在海洋中的位置。作为桥的标识,这些地贴也会表现出桥的建成时 间,桥的标识和桥的形状。 标志 标志系统主要包括为盲人准备的可以解释桥和海洋关系的盲文和可以展现 桥的信息的标识(天气,色彩,植物和含义)。 此外, 这个标志也融入了声音设置,让人有身临其境的感觉。 轴侧图 比例1:50 南入口 比例1:100
比例1:10 北入口
比例1:100 Axonometric view of the approach
Scale 1:50
South Entrance Scale 1:100
Scale 1:10 North EntranceScale 1:100
Interactive landmark
Use of the bridge (lightweight vehicle) Ø 300 mm. Symbol of the bridge Ø 750 mm. Globe location of the bridge Ø 750 mm. Icon of the bridge Ø 750 mm. Symbol of the bridge Ø 300 mm. Use of the bridge (pedestrian) Ø 300 .mm. . Use of the bridge (skating) Ø 300 mm Use of the bridge (skateboarding) Ø 300 mm. Use of the bridge (cycling) Ø 300 mm. X A B C D E F G H I 互动标识
桥的功能(休闲车),直径 300 mm.
桥的标志 ,直径 750mm.
桥的全球位置,直径 750mm
桥的图标, 直径 750mm.
桥的标志, 直径 300 mm.
桥的功能(人行),直径 300 mm.
桥的功能(溜冰),直径 300 mm.
桥的功能(滑板),直径 300 mm.
桥的功能(自行车),直径 300 mm.
X A B C D E F G H I Artic Bridge
Signing and Scence
A
B
C
D
E
F
G
H
I
2016 年
32
34
36
11
51000 Aux1 Aux2 Pt 2´ Pt 3 6000Pt2´ (-25.50, -5.47)
Pt3 (25.50, 2.54) Aux1 (0.00, 6.54)
Aux2 (0.00,-1.46) Aux1 /Aux2 (0.00,0.00) Pt2´ (-25.50,3.00)
Pt3 (25.50,-3.00)
51000
6000
Aux3 (0.00,-3.46) Aux3
51000
6000
Pt1 (-25.50,0.48)
Pt4 (25.50, -2.42)
51000
R2= 2.62
R1= 2.50
R4= 2.55
R3= 2.50
R2 = 2.62
R1 = 2.50 R3= 2.50
R4 = 2.55
R2 = 2.62 R1 = 2.50
R3= 2.50 R4 = 2.55
690
Y1 = + 0.70m
51015 6000 6150 6750 1105 195 57810 570 160 1115 57810
Y1 = +0.70m Y2 = + 0.35m
355
7005
6700
207°
RG1 = 207º
197°
RG2 = 197º Y2 = + 0.35m
540 R32565 R80110 R37950 R142150 57810 7005 6700 R37.95 R32.57 R44300 R44.30 R142.15 R80.11 R47.13
Step 1. First Strip Catenary
Step 2. Second Strip Catenary
Step 3. Deck Plane
Step 4. Tangent Circles
Step 5. Spiral Creation
Step 6. Deck Curvature
origin (0.0) 8000 origin (0.0) origin (0.0) 2000 origin (0.0) origin (0.0)
Pt4 (25.50, -3.00) origin 0.0.0
Pt1
Pt4
origin (0.0)
origin (0.0) origin (0.0)
origin (0.0)
origin (0.0) origin (0.0) Tg Point Tg Point Tg Point Tg Point Tg Point Tg Point Tg Point Tg Point Pt 2 Pt 3´
Pt3´ (25.50,3.00)
Pt2 (-25.50,-3.00)
߶ (x,z)
ڏউٵவ (x,y)
ࡹ Y Z Auxiliary Plane Cartesian Plane Auxiliary Plane Aux2 Auxiliary Plane Pt 3 Pt 3´ Pt 2´ Pt 2
Auxiliary Plane Aux2 (0.00,-1.46) Pt2 (-25.50, -5.47)
Pt3 (25.50, 2.54) Aux1 /Aux2 (0.00,0.00)
Pt2´ (-25.50,3.00)
Pt3 (25.50,-3.00) origin (0.0)
Pt3´ (25.50,3.00)
Pt2 (-25.50,-3.00)
Cartesian Plane
Y Y
Z Z
Y YCartesian Plane YCartesian Plane
Cartesian Plane Cartesian Plane Cartesian Plane
Pt2 (-25.50, -5.47)
Pt3 (25.50, 2.54) Pt1 (-25.50,-3.00)
Pt1´ (-25.50,-3.00)
Pt 3 Pt 3´ Pt4´ Pt1´ Pt2 Pt2´
Pt4´ (25.50,3.00)
Pt1´ (-25.50,3.70) Pt4´ (25.50, 2.89)
origin 0.0.0 origin 0.0.0
Cartesian Plane
origin 0.0.0 origin 0.0.0 origin 0.0.0
ૼԉ1
Խࢵ 0.0.0
ૼԉ2 ૼԉவ Ԫضٵவ Elevation (x,z) Floorplan (x,y) Axonometric
ૼԉ1/ૼԉ2
Խࢵ (0.0)
ૼԉ1
ૼԉ2 ૼԉ2
ૼԉ3
ૼԉவ Ԫضٵவ
Խࢵ (0.0) Խࢵ (0.0)
Խࢵ (0.0)
Ԫضٵவ
ૼԉவ
আ▲ߚ۔ি
আиߚ۔ি
ࠉவٵவ
बӤ֤
ӫҁ夊ޔ
ࠉவࣤ
߶ (x,z)
ڏউٵவ (x,y)
ࡹ
Elevation (x,z) Floorplan (x,y) Axonometric
߶ (x,z)
ڏউٵவ (x,y)
ࡹ
Elevation (x,z) Floorplan (x,y) Axonometric
߶ (x,z)
ڏউٵவ (x,y)
ࡹ
Elevation (x,z) Floorplan (x,y) Axonometric
߶ (x,z)
ڏউٵவ (x,y)
ࡹ
Elevation (x,z) Floorplan (x,y) Axonometric
߶ (x,z)
ڏউٵவ (x,y)
ࡹ Elevation (x,z) Floorplan (x,y) Axonometric Ԫضٵவ Ԫضٵவ Ԫضٵவ Ԫضٵவ Ԫضٵவ Խࢵ 0.0.0
Խࢵ (0.0)
Խࢵ (0.0) Խࢵ (0.0)
Խࢵ (0.0)
Խࢵ 0.0.0 Խࢵ 0.0.0
Խࢵ (0.0)
Խࢵ (0.0)
Խࢵ (0.0)
Խࢵ (0.0)
࣬ࣸԗՊچ ࣬ࣸԗՊچ ࣬ࣸԗՊچ ࣬ࣸԗՊچ ࣬ࣸԗՊچ ࣬ࣸԗՊچ ࣬ࣸԗՊچ ࣬ࣸԗՊچ
1:1000 A3
E-1
SCALE: DRAWING: DATE: MARCH-2016 NUM: NORTH: NAME: CODE: DESIGN DEVELOPMENTGREEN BELT 7 BRIDGESްЄڇࠉ SHANGHAI HARBOUR CITY UNIVERSIDAD EUROPEA DE MADRIDConsulting Architecture and Engineering: CA - GROUPProject Manager: ESTUDIO GUADIANAConsultants: PORRAS LA CASTA
DEVELOPMENT (GROUP) CO., Ltd
Client:
P. P. ARROYO ALBA
Director L. FERNÁNDEZ-ORDÓÑEZCo-Director F. PORRAS-ISLA-FERNÁNDEZCo-Director F.DOMOUSO DE ALBACo-Director F. L. ESTEBAN PENELASCo-Director Architects:
(All dimensions are in milimeters)
E
Artic Bridge 1:300 A11:600 A3
Geometry
38
40
42
44
46
48
50
18
3000 3000 3000 1810 1810 1815 1810 1805 2090 2085 2085 2085 2090 1940 1945 1940 1950 1950 3000 3000 3390 3390 3445 3470 3475 3165 3390 3070 3185 3230 2725 2725 2945 2980 2940 2000 2025 2380 2380650650650650650
645645645645645
660650650650 650 1820 1805 1830 1380 1390 1400 2370 2370 2365 2365 2380 2380 1380 1400 1390 1395 1390 1380 1380 1395 1395 1390 1380 1390 1395 1380 1390
1395 1395 1395 1395 1395 1395 1395 1395 1395 1395 1395 1395 1395 1395 1395 1380 1380 1380 1380 1350 1385 1385
1390 1390 1390 1390
2465 2465 2470 2470 2470 2470
1390 1390 1390
2460
2460
1390 1390 1390 1390 1385 1385 1380 1380 1380
2415 2415 2400 2400 2395 2395 1390 1380 1380 1380
1390 1390 1390
2395 2395 600mm 600mm 600mm 600mm 600mm 600mm 600mm 600mm 600mm 600mm 600mm 600mm 3000 1965 1950 1980 2365 2365 2360 2360 2360 2360 2390 2390 2410 2410 2425 2425 2440 2440 2450 2450 2460 2460 2465 2465 2450 2450 2440 2440 2435 2435 2405 2405 2430 2430 2450 2450 2530 2530 2610 2610 2775 2775 1400 2075 2325
1425 2110 2365 1410 2085 2335
3000 3000 3220 3220 3345 3345 3385 3385 3320 3320 3195 3195 1925
1925 1925 1925 1925
1815 1815 1815 1815 1815
1715 1715 1715 1715 1715
600mm 600mm 590mm 580mm 570mm 560mm 550mm 540mm 530mm 520mm 510mm 500mm 450mm 490mm 480mm 470mm 460mm 440mm 430mm 420mm 410mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 410mm 420mm 430mm 440mm 450mm 460mm 470mm 480mm 490mm 500mm 510mm 520mm 530mm 550mm 530mm 605 605 605 605 605 595 595 595 595 595 2010 600 600 600 600 600 2570 2570 2530 2530 2500 2500 2470 2470 2450 2450 2430 2430 600mm 2370 2380 2400 560mm 570mm 580mm 590mm 600mm 600mm
590mm 580mm570mm560mm
550mm
540mm 530mm 520mm 510mm
500mm
490mm480mm470mm460mm
450mm
440mm 430mm 420mm 410mm
400mm
400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm
400mm 410mm 420mm 430mm 440mm
450mm 460mm 470mm 480mm 490mm
500mm 510mm 520mm 530mm 540mm
550mm 560mm 570mm 580mm 590mm
600mm 600mm
600mm 600mm 600mm 600mm
600mm
600mm
600mm 600mm 600mm 600mm
600mm
01.West Abutment. West Side 02. Deck. Top Side
03.West Strip. Bottom-City Side 05.East Abutment. East Side
X01
X04
04.East Strip. Top-City Side
3195 3195 3080 3080 1545 620 600mm 600mm 600mm 550mm 590mm 580mm 570mm 560mm 500mm 450mm 540mm 530mm 520mm 510mm 490mm 480mm 470mm 460mm 440mm 430mm 420mm 410mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 410mm 420mm 430mm 440mm 450mm 460mm 470mm 480mm 490mm 500mm 500mm 520mm 540mm 560mm 580mm 600mm 600mm 600mm 600mm 600mm 600mm 600mm 600mm 590mm 580mm 570mm 560mm 550mm 540mm 530mm 520mm 510mm 500mm 490mm 480mm 470mm 460mm 440mm 410mm 400mm 400mm 400mm 400mm 400mm 400mm 410mm 420mm 430mm 440mm 460mm 470mm 480mm 490mm 500mm 520mm 540mm 560mm 580mm 600mm 600mm 450mm 430mm 420mm 450mm 400mm 500mm 620 620 620 620 1050 1050 1050 1050 1050 1500 1475 610 610 610 610 610 1010 1010 1010 1010 1580 1580 1580 1580 1580 1010 1555 1555 1555 1555 1555 605 605 605 605 605 990 990 990 990 990 1520 1520 1520 1520 1520 1040 715 615 1050 1065 745 880 605 915 1070 1090 775 595 930 1095 1095 1030 1030 1030 1030 1030 1345 960 900 740 1250 1250 900 900 900 900 900 840 840 840 840 840 1315 1050 1080 1020 1020 1020 1020 1020 1300 935 780 700 1200 1200 850 850 850 850 850 800 800 800 805 805 1255 1670 1670 1670 1670 1670 1635 1635 1635 1635 1635 1715 1715 1715 1715 1715 935 1100 1100 1720 1720 1720 1720 1720 1010 1025 1000 1000 1000 1365 980 1010 1010 1010 1010 1010 1330 950 825 720 1225 1225 890 890 890 890 890 820 820 820 825 820 1285 3390 3390 3330 3330 3310 3310 3260 3260 3220 3220 3185 3185 3130 3130 3080 3080 3030 3030 2975 2975 2915 2915 2860 2860 2775 2775 2695 2695 2645 2645 2525 2615 565 520 2525 2585 470 2555 2565 445 2560 2550 425 2560 2530 405 2555 2505 395 2545 2485 385 2525 2475 375 2510 2445 375 2490 2425 375 2470 2410 380 2450 2450 390 2440 2440 410 2435 2435 410 2435 2435 410 2435 2435 2440 2440 2465 2465 2505 2505 2555 2555 2605 2605 2655 2655 2700 2700 3040 3040 3005 3005 2980 2980 2950 2950 2920 29 20 2880 2880 2850 2850 2810 2810 2775 2775 2745 2745 X03 X02 4L/TP 4C/TP 600mm
600mm 600mm 600mm
600mm 1L/TP 1C/TP 1C/TP 1L/TP X01 X02 2L/B 2C/B 2C/B
2L/B 3L/TP
3C/TP
3L/TP
3C/TP
4L/B
4C/B
X04 X05
ଆࠉͫҋ ࠉவͫঀ ଆߚ٫ͫڂঀֽ١ Бଆߚ٫ͫঀֽ١ БଆࠉͫБҋ 1 2 3 4 5 1 2 5 3 4 SCALE: DRAWING: DATE: MARCH-2016 NUM: NORTH: NAME: CODE: DESIGN DEVELOPMENT
GREEN BELT 7 BRIDGESްЄڇࠉ SHANGHAI HARBOUR CITY UNIVERSIDAD EUROPEA DE MADRIDConsulting Architecture and Engineering: CA - GROUPProject Manager: ESTUDIO GUADIANAConsultants: PORRAS LA CASTA
DEVELOPMENT (GROUP) CO., Ltd
Client:
P. P. ARROYO ALBA
Director L. FERNÁNDEZ-ORDÓÑEZCo-Director F. PORRAS-ISLA-FERNÁNDEZCo-Director F.DOMOUSO DE ALBACo-Director F. L. ESTEBAN PENELASCo-Director Architects:
(All dimensions are in milimeters)
E
Artic Bridge 1:100 A11:200 A3
Geometry
52
19
400mm 410mm 420mm 430mm 440mm 450mm 460mm 470mm 480mm 490mm 500mm 510mm 520mm 530mm 540mm 550mm 600mm 560mm 570mm 580mm590mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm
400mm
410mm 420mm 430mm 440mm
450mm 500mm 550mm 600mm 600mm
460mm470mm480mm490mm 510mm 520mm 530mm 540mm 560mm570mm580mm590mm
400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm 400mm
2380 2400 2370 2405 2420 1385 1385 1385 1385 1385
1390 1390 1390 1390 1395
2400 2380 2370 2405 2420 1385 2420 2420
1390 1390 1390
1400 1400 1400 1400 1400 1400 1400 1395
2440
2435
2435 2440
1380 1380 1380
2455 3000 3000 2455 1390 1390 1380
1400 1400 1400 1400 1390 1380 1380 1390 1380 1390 1400 2450 2450 2460 2460 2465 2465
1390 1390 1390 1390 1390 1390 1390 1390 1820
2470
2470 2470
2470
1400 1400 1400 1400 1400 1400 1400 1400 1830 1380 1380 1380 1380 1380 1380 1380 1380 1805
2465 2465 2460 2460 2445 2445 2435 2435 2420 2420 2405 2405 2390 2390 2380 2380 2370 2370 645 655 655 2365 2365 2370 2370 2370 2370 2375 2375
645645645645
655655655655
2380 3000 3000 2690 2690 2530 2530 2495 2495 2465 2465 2440 2440 2420 2420
2000 745745745745745
2530 2530 1945 1405 2095 2305 2755 2605 2605 2755 1965 1420 2115 2340 400mm 410mm 420mm 430mm 440mm 450mm 500mm 550mm 600mm 460mm 470mm 480mm 490mm 510mm 520mm 530mm 540mm 560mm 570mm 580mm 590mm 2030 2380
755755755755760 1635
2575 2575 1610 2940 2985 400mm
410mm 420mm 430mm 440mm 450mm
460mm 470mm 480mm 490mm
500mm 550mm
600mm 600mm
510mm 520mm 530mm 540mm 560mm 570mm 580mm 590mm
650650650650 2015 750750
1955 1830 1680 2305
750750755 1615
1665
1665 1665 1665 1665
1545 1545 1545 1545 1545
1425 1425 1425 1425 1425
3000 3000 3235 3235 3390 3390 3475 3475 3485 3485 3390 3390 3390 3390 3000 3000 3385 3385 1525 1525 1525 1525 1525
1345 1345 1345 1345 1345
600mm
600mm
600mm 600mm 600mm 600mm
600mm
600mm 600mm 600mm
600mm
600mm
600mm
600mm 600mm 600mm 600mm
600mm
600mm
600mm 600mm 600mm 600mm
600mm
3330
3330 3295 3295
1265
1185 805805805805805 1305 730
1430 1430 1430 1430 1430
3310 3330 3195 3195 33 30 33 30 322 0 3220
845845 845845845
715825825825825840840840 840840
845845845845895 895895 895 895 3270 3270 3225 3225 3185 3185 3165 3165 3100 3100 3040 3040 2960 2960 2870 2870 2800 2800 1340 1260 1265 580 545 560 2600 2605 2700 2700 600mm 600mm 600mm 600mm 600mm 600mm
600mm 580mm 560mm 540mm 520mm
500mm 490mm 480mm 470mm 460mm 450mm 500mm
440mm 430mm 420mm 410mm 400mm
400mm 400mm 400mm 400mm
400mm
450mm
400mm
410mm 420mm 430mm 440mm
460mm 470mm
480mm 490mm
500mm
510mm 520mm 530mm 540mm
550mm
560mm 570mm 580mm 590mm
600mm 600mm 640 2240 2880 550 2150 2700 480 2190 2670 430 2240 2670 405 2260 2665 385 2280 2665 365 2295 2660 355 2295 2650 345 2300 2645 335 2295 2630 335 2290 2625 340 2285 340 2285 2615 370 2370 2740 400 2430 2430 2445 2445 2480 2480 2530 2530 2540 2540 2550 2550 2625 2625 2665 2655 2680 2685 2710 2710 2750 2750 2780 2780 2810 2810 2855 2855 2885 2885 2930 2930 2950 2950 2980 2980 3010 3010 3020 3020 3080 3080 3195 3195 945 960 1150 1300 1125 1000 975 1180 1340
1100 1100 1100 1100 1100
1050 1050 1050 1050 1050
945 1180
1330
1000 1000 1000 10001000
2625
1670 1670 1670 1670 1670 1710 1710 1710 1710 1710
1630 1630 1630 1630 1630 995 970 955 350 400 460 7351145 7101115 6951085 1230 1195 1165 1040 1065 1095 1605 1605 1605 1605 1605 1570 1570
1560 1560 1560
1520 1520 1520
1520 1520 1040 1045 1020 1020 1040 1045 1040 1020 1045 1040 1020 1045 1045 1040 1020
620 620620 620 620 1530
605 605 605 605 605 1485
590 590 590 590 590 1450
600mm 600mm 600mm 600mm 600mm 600mm
600mm 580mm 560mm 540mm 520mm
500mm 490mm 480mm
470mm 460mm
450mm
440mm 430mm 420mm 410mm
400mm
400mm 400mm 400mm 400mm
400mm
410mm 420mm 430mm 440mm
450mm
460mm 470mm
480mm 490mm
500mm
510mm 520mm 530mm 540mm
550mm
560mm 570mm 580mm 590mm
600mm 600mm 400mm 500mm 1010 1210 1365
1020 1020 1020 1020 1020 1715 1715 1715 1715 1715 1005
06.West Abutment. East Side. 07.Deck. Bottom Side.
08.West Strip.Top-Lake Side. 10. East Abutment.West Side
X05 X03 X08 X07 X06 X06 X07 X08
09.East Strip. Bottom-Lake Side.
4C/TP 4L/TP 4L/B 4C/B 1L/B 1C/B 1C/B 1L/B 2C/TP 2L/TP 2L/TP
2C/TP 3L/B
3C/B 3L/B 3C/B ଆࠉͫБҋ ࠉவͫڂୂ ଆߚ٫ͫঀ Бଆߚ٫ͫڂঀ Бଆࠉͫҋ 6 7
8 9 10
7 6 10 8 9 SCALE: DRAWING: DATE: MARCH-2016 NUM: NORTH: NAME: CODE: DESIGN DEVELOPMENT
GREEN BELT 7 BRIDGESްЄڇࠉ SHANGHAI HARBOUR CITY UNIVERSIDAD EUROPEA DE MADRIDConsulting Architecture and Engineering: CA - GROUPProject Manager: ESTUDIO GUADIANAConsultants: PORRAS LA CASTA
DEVELOPMENT (GROUP) CO., Ltd
Client:
P. P. ARROYO ALBA
Director L. FERNÁNDEZ-ORDÓÑEZCo-Director F. PORRAS-ISLA-FERNÁNDEZCo-Director F.DOMOUSO DE ALBACo-Director F. L. ESTEBAN PENELASCo-Director Architects:
(All dimensions are in milimeters)
E
Artic Bridge 1:100 A11:200 A3
Geometry
54
20
550 550 600 600 500 500 500 500 500 500 450 450 400 400 400 400 400 400 400 400 400 400 400 400 405 405 600 600 600 600 395 395 500 450 400 400 400 400 400 400 455 400 500 500 495 400 400 550 405 405 595 450 450 500 500 600 600 600 595 600 600 600 600 600600 600 600 595 595
550 550
495 495 495 495 500
495
450
595 600 600
600 600 600 600 400 550 400 495 500 400 400 500 400 405 500 395
400 405 400 400 400
Section 01 Z
Section 02 Section 03 Section 04 Section 05 Section 06 Section 07
Section 08 Section 09 Section 10 Section 11 Section 12 Section 13 Section 14
3340 3340 3505 3365 6870 3065 3370 6430 2545 3335 6675 5880 3250 3200 6450
Section 15 Section 16 Section 17 Section 18 Section 19
Section 20 Section 21
Section 22 Section 23 Section 24 Section 25 Section 26 Section 27 Section 28
4620 2360 2265 3180 5445 1990 3150 5150 6225
3000 3225 2650 3275
5925 1865 3090 4955 2150 3480 5630 1705 3180 4880 1555 3945 4955 1365 3400 4780 700 4315 585 3235 3640 2950 6570 2910 3300 6210 2655 3660 6315 2550 3295 5845 2375 3120 5465 2865 2315 5175 4800 1870 3425 5295 2130 3300 5430 2170 2695 4860 2180 2635 4805 2185 2795 4980 3200 5560 2620 3100 5720 2715 3200 5915 1600 3700 5300 2235 2575 4795 5325 1380 3900 2535 2295 4830 2400 2470 4860 885 4200 5195 5000 390 4485 4750 4750 450 2270 2715 4985 2280 2635 4905 4840 4790 405 4980 2750 2230 4990 715 4275 4840 4820 400 2880 1920 3865 620 305 4680 630 4820 490 1945 2870 540 1040 4805 400 1120 400 3480 5000 4830 400 4870 405 4810 405 1490 405 3085 1690 3290 4915 410 4815 1870 410 2660 1995 2960 1940 2970 835 1355 430 2280 4950 425 4965 445 4765 2720 445 570 1115 1935 2935
57° 64° 70° 76°
82° 82°
50° 87°
9°
2° 10°
18° 26° 35°
43°
88° 82° 77° 72° 58° 51°
43° 35° 27° 18° 10° 2°
10°
66°
origin 0.0.0 origin 0.0.0 origin 0.0.0 origin 0.0.0 origin 0.0.0 origin 0.0.0 origin 0.0.0
origin 0.0.0 origin 0.0.0 origin 0.0.0 origin 0.0.0 origin 0.0.0 origin 0.0.0 origin 0.0.0
origin 0.0.0 origin 0.0.0 origin 0.0.0 origin 0.0.0 origin 0.0.0 origin 0.0.0 origin 0.0.0
origin 0.0.0 origin 0.0.0 origin 0.0.0 origin 0.0.0 origin 0.0.0 origin 0.0.0 origin 0.0.0
Z Z Z Z Z Z
Y
Y
Y
Y
Z Z Z Z Z Z Z
Z Z Z Z Z Z Z
Z Z Z Z Z Z Z
Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y
Խࢵ 0.0.0
Խࢵ 0.0.0
Խࢵ 0.0.0
Խࢵ 0.0.0 Խࢵ 0.0.0
Խࢵ 0.0.0
Խࢵ 0.0.0
Խࢵ 0.0.0 Խࢵ 0.0.0
Խࢵ 0.0.0
Խࢵ 0.0.0
Խࢵ 0.0.0 Խࢵ 0.0.0
Խࢵ 0.0.0
Խࢵ 0.0.0
Խࢵ 0.0.0 Խࢵ 0.0.0
Խࢵ 0.0.0
Խࢵ 0.0.0
Խࢵ 0.0.0 Խࢵ 0.0.0 Խࢵ 0.0.0
Խࢵ 0.0.0 Խࢵ 0.0.0
Խࢵ 0.0.0 Խࢵ 0.0.0
Խࢵ 0.0.0 Խࢵ 0.0.0
ӻவ ӻவ ӻவ ӻவ ӻவ ӻவ ӻவ ӻவ ӻவ ӻவ ӻவ ӻவ ӻவ ӻவ ӻவ ӻவ ӻவ ӻவ ӻவ ӻவ ӻவ ӻவ ӻவ ӻவ ӻவ ӻவ ӻவ ӻவ
01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28
01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28
SCALE: DRAWING: DATE: MARCH-2016 NUM: NORTH: NAME: CODE: DESIGN DEVELOPMENT
GREEN BELT 7 BRIDGESްЄڇࠉ SHANGHAI HARBOUR CITY UNIVERSIDAD EUROPEA DE MADRIDConsulting Architecture and Engineering: Project Manager:CA - GROUP ESTUDIO GUADIANAConsultants: PORRAS LA CASTA
DEVELOPMENT (GROUP) CO., Ltd
Client:
P. P. ARROYO ALBA
Director L. FERNÁNDEZ-ORDÓÑEZCo-Director F. PORRAS-ISLA-FERNÁNDEZCo-Director F.DOMOUSO DE ALBACo-Director F. L. ESTEBAN PENELASCo-Director Architects:
(All dimensions are in milimeters)
E
Artic Bridge 1:100 A11:200 A3
Geometry
56
58
60
62
64
66
68
70
72
74
76
32
SCALE: DRAWING: DATE: APRIL-2016
NUM: NORTH: NAME:
CODE:
DESIGN DEVELOPMENT
GREEN BELT 7 BRIDGESްЄڇࠉ SHANGHAI HARBOUR CITY UNIVERSIDAD EUROPEA DE MADRIDConsulting Architecture and Engineering: ESTUDIO GUADIANA PORRAS LA CASTA CA - GROUPProject Manager:
DEVELOPMENT (GROUP) CO., Ltd
Client:
P. P. ARROYO ALBA
Director L. FERNÁNDEZ-ORDÓÑEZCo-Director F. PORRAS-ISLA-FERNÁNDEZCo-Director F.DOMOUSO DE ALBACo-Director F. L. ESTEBAN PENELASCo-Director Architects:
(All dimensions are in milimeters)
C
Indian BridgeE-Str.00
Excavations1:250 A3
Structure
R 2.660 m
(0,0)
Y
X
N
S
W
E
Coordinates Refered to 0,0
78
Isometric view
Elevation
Plan
SCALE: DRAWING:
DATE:
NUM: 03 NORTH: NAME:
CODE:
SCHEMATIC DESIGN
GREEN BELT 7 BRIDGES景观七座桥 SHANGHAI HARBOUR CITY DEVELOPMENT (GROUP) CO., LtdClient: UNIVERSIDAD EUROPEA DE MADRIDConsulting Architecture and Engineering: ESTUDIO GUADIANA PORRAS LA CASTA CA - GROUPProject Manager:
P. P. ARROYO ALBA
Director L. FERNÁNDEZ-ORDÓÑEZCo-Director F. PORRAS-ISLA-FERNÁNDEZCo-Director F.DOMOUSO DE ALBACo-Director J. L. ESTEBAN PENELASCo-Director Architects: A3 1/300
Quantity Survey
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Restraints
Restraints
Deck Plan
Elevation
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.\Cartela A1\Portada PPT GrEEn_A3-01.png
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.\caratula2 - Standard\LOGO UE COLOR.JPG
NAME: CODE:
SCHEMATIC DESIGN
GREEN BELT 7 BRIDGES UNIVERSIDAD EUROPEA DE MADRID ESTUDIO GUADIANA PORRAS LA CASTA Consulting Architecture and Engineering:
CA - GROUP Project Manager:
.\Cartela A1\cagroup logo.jpg .\caratula2 - Standard\logo Harbour City Group.jpg
.\Cartela A1\logo EG.jpg .\Cartela A1\logo1.jpg
景观七座桥 SHANGHAI HARBOUR CITY DEVELOPMENT (GROUP) CO., LtdClient:
P. P. ARROYO ALBA
Director L. FERNÁNDEZ-ORDÓÑEZCo-Director F. PORRAS-ISLA-FERNÁNDEZCo-Director F.DOMOUSO DE ALBACo-Director J. L. ESTEBAN PENELASCo-Director Architects: A3 1/300
Schematic material types
(Isometric view)
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.\Cartela A1\Portada PPT GrEEn_A3-01.png
SCALE: DRAWING: DATE:
NUM: 03 NORTH:
.\caratula2 - Standard\LOGO UE COLOR.JPG
NAME: CODE:
SCHEMATIC DESIGN
GREEN BELT 7 BRIDGES UNIVERSIDAD EUROPEA DE MADRID ESTUDIO GUADIANA PORRAS LA CASTA Consulting Architecture and Engineering:
CA - GROUP Project Manager:
.\Cartela A1\cagroup logo.jpg .\caratula2 - Standard\logo Harbour City Group.jpg
.\Cartela A1\logo EG.jpg .\Cartela A1\logo1.jpg 景观七座桥 SHANGHAI HARBOUR CITY DEVELOPMENT (GROUP) CO., LtdClient:
P. P. ARROYO ALBA
Director L. FERNÁNDEZ-ORDÓÑEZCo-Director F. PORRAS-ISLA-FERNÁNDEZCo-Director F.DOMOUSO DE ALBACo-Director J. L. ESTEBAN PENELASCo-Director Architects: A3 1/300