背景Site

东安湖运动场馆位于成都“东进”核心区龙泉驿东安新城，是第31届世界大学生运动会开幕式举办地。场地内包含“一场三馆”——4万座大运会主体育场，及跳水馆、多功能体育馆、小球馆，以及配套景观、活动广场、篮球场、足球场等公共空间。

Dongan Lake Sports Park is located in Dongan New Town, Longquanyi, the core area of Chengdu’s “Eastward”, where is the venue for the opening ceremony of the 31st Chengdu FISU World University Games. The park contains “One Stadium Three Gyms” — main stadium with a capacity of 40,000 people, Aquatics Centre , Multi-Purpose Gymnasium, Multi-Ball Games Gymnasium .

▼场地鸟瞰，Aerial view ©存在建筑

连接“一场三馆”与公共空间Connect “One Stadium Three Gyms” with open spaces

大运会举办期间，连廊侧重提升交通效率，连廊连接“一场三馆”的露台空间，使不同场馆之间能够快速互通到达。大运会结束之后，连廊侧重与公共空间及运动场的互动，增加公共空间可达性，丰富景观视觉层次，并为会后的场地使用及运营提供辅助和额外空间。

During the FISU Games, the corridor focused on improving traffic efficiency, stadium and gyms will be connected via terrace. After the FISU Games, the corridor focuses on the interaction with the public space and the playground, increasing accessibility and enriching landscape, and providing additional space for the operation after the games.

▼连廊连接“一场三馆”与公共空间，Connecting “One Stadium Three Gyms” with open spaces ©存在建筑

▼连廊鸟瞰，Aerial view ©存在建筑

▼连接公共空间，Connecting open spaces ©存在建筑

空间形态SpaceForm

连廊从“一场三馆”露台延申出，形成竖向起伏的变化，在行走中形成不同标高的视觉体验。至场地中心区螺旋下降收缩，中心环绕了儿童活动区，形成了有体量感向心的围合空间；中间段形成分叉的平台，与球场、广场、场馆形成良好的观看点，并设置出入口。连廊的形体变化形成了变化的空间体验与多样的视线关系，同时与公共空间互达。

▼交通与视线连接，Circulationandviewanalysis©四周建筑

The corridor extends out from the terrace of stadium and gyms, forming visual experience of different elevations during walking. Corridor spirals down to the center of the site, surrounds the children playground, forming an enclosed space with a sense of enclosure. In middle section, different height platforms are designed to create good viewing point and the entrance and exit to open spaces. The corridor forms various spatial and visual experience, while interacting with the public space.

▼连廊中心与儿童活动区，Corridor center and children playground ©存在建筑

▼连廊形体变化，Corridor volume©存在建筑

▼连廊下的空间，Space under the corridor©存在建筑

▼连廊空间关系，Corridor volume©存在建筑

主体结构Main Structure

廊道主体结构是1m厚钢箱梁，六边形截面V型柱跨度20m-30m布置，内部的主体结构的橙色与环境形成了对比，同时突出了引导性与运动感。

The main structure of the corridor is 1000mm thick steel box girder, with hexagonal v-shaped column spans 20m to 30m. The orange color of the main structure inside creates contrast with environment, while highlighting the trend of movement.

▼主体结构，Structure©存在建筑

▼结构细部，Structure details©存在建筑

表皮Corridor skin

表皮为2片3mm厚钢板栓接组成，白色的薄片反映了主体橙色与周边的绿色，与场地融合在一起，让体量变得轻盈。灯光放置在两片薄片之间，夜间照明给桥身提供了丰富的层次。

The corridor skin is composed of two 3mm thick steel plates tied together. The white sheet reflects the orange color of the main body and the green color of the surrounding, which makes the volume looks lighter. Lightings are placed between two sheets, giving the bridge a rich layer of illumination at night.

▼倒影中的表皮细部，Skin detail in reflection©存在建筑

夜景效果，Night view©存在建筑

▼分析图，Diagrams©四周建筑左：主体结构与表皮，Left: Main structure and skin中：表皮及灯光构造，Middle: Skin and lighting右：表皮与“一场三馆”接口处，Right: Skin detail

▼连廊总平面图，Master plan©四周建筑

项目名称：成都大运会东安湖场馆景观连廊

方案设计：四周建筑

主持设计：金显书&刘佳

方案设计团队：刘佳音，杜红玲，秦清珂，何妍，蒋佳林

结构设计：四川省建筑设计研究院有限公司市政工程设计所

结构设计团队：王映韬、曾传皓、赵生群、付泓森、张富鹏、周谋、宋迪、刘靖瑞

业主及建设：华润置地华西大区

业主及建设方团队：王絮梅，何其隆，康凯，肖李军，谢高翔

灯光咨询：Lichtvision Design

摄影：存在建筑

总面积：3300平米

材料与结构：钢箱梁，钢板表皮

地址：四川成都世界大运公园

设计时间：2020年12月

完工时间：2022年1月

Project name: Dongan Lake Sports Park Landscape Corridor of Chengdu FISU World University Games

Project design: Atelier sq

Project Leader: Jin Xianshu & Liu Jia

Design team: Liu Jiayin, Du Hongling, Qin Qingke, He Yan, Jiang Jialin

Structural design: Sichuan Provincial Architectural Design and Research Institute(SADI)Structural Design team:Wang Yingtao, Zeng Chuanhao, Zhao Shengqun, Fu Hongsen, Zhang Fupeng, Zhou Mou, Song Di, Liu Jingrui

Client and Construction: CR LAND West China Region

Client and Construction Team: Wang Xumei, He Qilong, Kang Kai, Xiao Lijun, Xie Gaoxiang

Lighting consulting: Lichtvision Design

Address: Chengdu World Universiade Park, Sichuan

Photography: Arch-Exist

Total area: 3300 square meters

Design date: December 2020

Completion date: January 2022