刘思文 本科作品集 2019-2022

作品集

作品目录

Selec ted Work 刘思文 Liu Siwen

01

02

渝中半岛慢行系统规划

摩苏尔 努里清真寺 战后重建计划

03

04

城市生态圈

地铁中的雨洪管理 以郑州五号线为例

产生慢性系统的基本分析

渝中半岛 慢行系统规划 Duration: 12 Weeks Academic: Year 4 (2021) Location: Chongqing, China Tutor: Li Chunmei, 0571-88982529 2655976503@qq.com Type: Individual

渝中半岛具有较强的立体交通体系。铁路、缆车、电梯的多样化应用为居民的日常生活 提供了便利。然而，由于地形多变的不便，步行和骑自行车在这个多山的城市被忽视了。 考虑到依赖汽车造成的健康问题，慢行应该是每个城市的最佳交通方式。

TOPOGRAPHIC CONTOUR Follow the contour line for line planning.

SCENIC SPOTS DISTRIBUTION MAP Locate the scenic spots and connect them to tour routes.

SETTLEMENTS MAP The settlements are mainly on the west side of the peninsula.

GREEN SPACE MAP The green space is unevenly distributed, mainly in the west. The green ground on the east side is smaller but much more used.

HEAT MAPCONTOUR T h e ove r a l l t r e n d o f h u m a n a c t i v i t i e s gathered in the center of the peninsula, and fangbi business circle as the heat center.

BUILDING PLAN The base image shows the general distribution of buildings, the buildings in the red box are extremely dense areas or have special functions.

LAND USE MAP The settlements are mainly on the west side of the peninsula.

此外，交通系统是城市体验的重要组成部分。因此，在多变的山地环境中，应该出现一 种慢速交通系统，提供多样化的出行选择，既方便又环保。

m

ula

SITE ANALYIS 场地分析

­

SLOW SYSTEM ROADMAP The slow system combines the terrain, hot spots, tourists' preference and local residents' daily habits, and creates new channels on necessary occasions under the premise of following the original road.

E

VERTICAL LOOP LINE VERTICAL LOOP LINE

立体的环线

­

­

LOOP LINE

LOOP LINE

Diverse Reuse

Streets For Local

Riverside

山城步道

In The Corner Of The Street 街边一角

hh

在地面上，街道被美化和随意化，通过在中间设置车站

和骑行道来优化交通 ; 在 2-3 层的高度设置人行天桥，分 散人群，缓解道路拥堵 ; 在住宅楼 7-8 层的高度，每个屋 顶都通过道路连接起来，原来的私人屋顶变成了共享花 园。此外，利用建筑内部的楼梯、电梯等设施，实现地 面与屋顶的连接。

EFFECT PICTURE

Diverse Reuse

Vertical Traffic

Streets For Local

EFFECT PICTURE

Streets For Local

­

EFFECT PICTURE

­

Vertical Traffic

­

Riverside

山城步道

hh

Diverse Reuse

Vertical Traffic

hh

Riverside

山城步道 ­

Walking systerm Connection

Walking Slope protection systerm 10 meters

Walking Slope protection systerm Low-rise High-rise

­

­

Mountain cable car 40 meters

Terrain

Walking systerm

­

Mountain cable car

Connection types Residential building rise

Walking Slope protection systerm Station Low-rise Through the obstacles

­

Mountain cable Interactive facilities Connection typescar Street landscaping

Slope protection

Spcae under the bridge Walking Slope protection systerm Station Low-rise Neighboorhood park

Spcaeprotection under the bridge Walking Slope systerm Station Low-rise Connection

Low-rise

Station

洪崖洞效果图

Spcaeprotection under the bridge Slope Station Low-rise 10 meters

Walking systerm

Interactive Place for a facilities shor t stay Connection types Residential building rise

Slope protection

Low-rise

­

Interactive facilities

Place for a shor t stay

The Yuzhong Peninsula

Connection

Riverside

Mountain cable car

10 meters

Vertical Traffic

VERTICAL TRAFFIC

Connection types

HIGH DIFFERENCE

SLOW SYSTEM

Spcae under the bridge Station Low-rise High-rise

Street landscaping Relationships Residential building rise Vertical Traffic

Mountain Interactive Place forcable facilities a shorcar t stay Connection types 40 meters

Spcae under the bridge

Mountain Interactive Place forcable facilities a shorcar t stay Connection types Terrain

­

Mountain car Interactive Place forcable facilities a shor t stay Connection types Relationships

Street landscaping Relationships 40 meters Residential building rise Riverside

­

在着手重庆渝中半岛的山地慢行系统，采用垂直方向的方式，我为不同的人设计了不同的路段。游客有一个

简单、快捷、方便的方式到达景观区。居民可以选择以骑自行车和步行为基础的交通系统来欣赏城市风景。

对于当地的搬运工，我在建筑内部插入电梯，以避免翻山，这也使私人空间变成了公共空间。在进行这些项

更有弹性的环境，

目的过程中， 我从未忘记我的初衷——为生者提供一个更安全、 同时与历史和文化和平相处。

­

­

Mountain cable car

Street landscaping Terrain Relationships 40 meters Residential building rise The Yuzhong Peninsula

­

­

VERTICAL TRAFFIC

Street landscaping Terrain Relationships 40 meters Residential building rise Overpass For Bikes

­

FFIC LOCAL SE

HIGH DIFFERENCE

Street landscaping Terrain 40 meters Residential building Punch rise Internet Celebrities In

­

SLOW SYSTEM VISUALIZATION

DIVERSE REUSE

STREETS FOR LOCAL

Terrain 40 meters Residential building rise Vertical Traffic

VERTICAL TRAFFIC

Terrain 40 meters Riverside

HIGH DIFFERENCE

SLOW SYSTEM

Terrain The Yuzhong Peninsula

FFIC NCE SE LOCAL

FFIC LOCAL SE NCE

FFIC LOCAL SE NCE

FFIC LOCAL NCE

FFIC NCE

NCE

Connection types

High-rise

水循环系统 引导水流 : 过滤、净化、再利用或排放 以水为中心的策略旨在解决暴雨对地铁空间的影响。管道系统的策略包括两个功能，排放大雨和日常生活污水净 化。地铁分为三个层次 : 地表 ( 包括入口 )、地铁内部和轨道深层的不可见区域。 内部战略侧重于每天使用植物净化污水 ; 当暴风雨来临时，把水引到水箱里。最深的部分在轨道下面有一系列的 水箱来储存雨水。把它释放到地下通道。地面策略位于入口周围，以防止其被淹没，促进渗透并将水引入湖中 ; 在大雨中，排水管被打开，地下水可以被移除。

地铁中的雨洪管理 以郑州五号线为例 Duration: 10 Weeks Academic: Year 3 (2020) Location: Zhengzhou, China Tutor: Deng Yunlan, +86 13516828768, yldeng@zju.edu.cn Type: Individual

在城市化的爆发中，人们对自然的 向往进一步放大。另一方面，动物 的栖息地正在迅速缩小。有些动物 别无选择，只能适应城市环境。 由于城市的不断扩张，地球上的土 地变得越来越稀缺。城市生态圈的 概念是基于动物的适应性和人们与 动物互动的愿望。绿地中栖息地的 分布保证了动物的生存。人和动物 互动设施的建立为人们提供了与它 们互动的机会。

ground landscape

在地铁中

Daily Operation Input of Rain +Domestic Water

Inside the station

Inside the Station

the Station

­

Inside the Subway

.

Ground Input of Rain the Exterior of the Subway

Entrance Waterproofing Entrance Landscape ­

infiltration

Reinfusion

to the traditional ground stormwater management, the In addition

design focuses on the treatment of the rainwater in the subway

and the nearby domestic sewage, and is committed to solving the flood disaster caused by the massive inflow of rainwater.

Subway layer 1

Skip the Filter

Sewage Purification 1

Spiral Pipe：Aesthetic + function

­

­

the Station

Outside the station

window

­

雨水 - 洪水 - 地下水 循环管理系统 从地表到地下

Occurrence of Extreme Weather Prevent Inflow In Time Drainage

Inside the station

­

Subway layer 2

Sewage Purification 2

Water Storage

From the moment the water falls, the stormwater management system operates, filtering, purifying, collecting, and eventually discharging to the ocean or returning to use through a series of pipes and installations.

Subway Layer 2: Further purification

.

、

Underground River:

­

­

­ ­

­

­

­

­

­ ­

­ ­

­

­

­

­

­

­

­ ­ ­

­

­

­

­

­

­

­ ­

­

­

­

­ ­

­ ­

­

­ ­

­

摩苏尔之战结束后，努里清真寺遭到轰炸，整座城市被夷为平地，数千人无家可归。但是生活还是要继续。努里清真寺是伊斯兰教重

要的宗教建筑，在这样的现状下，该如何重建 ?

2050 WATER 2035 GROOVE 202520252 PLANE 2025 2050 2050 2025 2035 PLANE WALL 2035 WALL 2050 2035 2035 2025 WATER 2025 2025 2035 2035 GROOVE 2025 2035 2050 设计分为三个时间阶段，从功能、美学、可持续性和世俗化等不同角度满足当地居民在不同时期的需求。到 2025 年，该遗址将得到经 WATER 2025 2050 WATER 2025 2050 2050 PLANE 2025 PLANE 2025 2035 2035 WALL 2025 2035 WALL 2025 2050

2035

2050 GROOVE 2025 2035 PLANE 2025

2050

2025

2050

PLANE

2025 2035 2035 WALL 2025 2035 2050 WATER PLANE 2025

2050

2025

2035 WALL 2025 WATER 2025

2050 2050 PLANE 2025 2035 2035 WALL 2025 2035 WALL 2050 2050 PLANE 2025 2035 WALL 2025 2035 济和可持续的恢复，到 2035 年，它将成为宗教和功能的结合，到 2050 年，清真寺将变得更加包容和世俗。

摩苏尔 努里清真寺 战后重建计划

Duration: 12 Weeks Academic: Year 4 (2021) Location: Mosul, Iraq Tutor: Xie Yuting, +86 18368152652, xieyuting@zju.edu.cn Type: Individual

­

­

­ ­

PLANE PLANE 2025 2025 PLANE 2025

­

­

­

­

­

­

­ ­ ­

­

­ ­ ­

­

­

­

­

­

­

­ ­

­ ­

­ ­

­

­

­

­ ­

2035 WATER 2025 2050 2035 WATER 2025 2035 2035 2050 WATER 2025 WATER 2025 2050 2050 PLANE 2035 2035 WALL 2025 2035 2035

2050

WATER 2025 2025

WATER 2025 2035 2035 2050 2050 PLANE 2025 2050 2035 WALL 20252050 WATER 2025 WATER 2025 2050 2035 2035 2035 WALL 2025 WATER 2025

­ ­

­ ­ ­

­

GROOVE 2025 2035 GROOVE 20 2050 GROOVE 2025 2035 GROOVE 2025 2050 2050 2035 WALL 2035

GROOVE 2025 2035 GROOVE 2025 2025 2025 2050 2050 2025

2050 GROOVE 2035 2050 2050 2035 2050 GROOVE 2025 2035 2035 WALL 2025GROOVE 2050 2035

­ ­ ­

­

­

­ ­

­ ­

­

­

­

PLANE 2025

­

WATER 2025

­ ­

­ ­

­

­

­

­

­

­

­

­

­

­ ­

2035 2035 2050 WATER 2025 WATER 2025 2035 2050 WALL 2035 2035 WATER 2025 2025 2050 WATER 2025 2050 WATER 2050 2025 2035 PLANE 2035 2025

­

­

­ ­

­

­

­

­

­ ­ ­ ­ ­

­

­

­

­ ­

­ ­

­

­

­ ­

­

­ ­

­ ­

­

?

­ ­

­ ­

­ ­

­ ­

2035 WATER 2025 2050 2035

­ ­

­ ­ ­ ­

­ ­

GROOVE 2025 2050

­ ­

­ ­

­

­

­ ­

­ ­

­ ­

­

­

­

­ ­

­ ­

­

­

­

­

­

­

­

­

­

­ ­

GROOVE 2025 2035 GROOVE 2025 2050 2050 GROOVE 2025 2035 2050 2035 GROOVE 2025 2025 2035 2050 WALL 2050 2035 20252035 2050 GROOVE 2035 2050

­ ­ ­ ­

­

­ ­ ­

­ ­ ­ ­

­ ­ ­ ­

­ ­ ­ ­

­ ­ ­

­ ­

­ ­

2035 GROOVE 2025 2050 2035

2050

Streamline analysis analysis Streamline analysis Functional partition al partition Functional partition Vegetation analysis Vegetation analysis analysis Streamline analysis Streamline analysis Functional partition Vegetation Streamline Site plant preservation Site plant preservation SiteStreamline plant preservation FunctionalVegetation partition Functional partition Daily streamline streamline analysis Daily streamline analysis Functional partition Functional partitionanalysis analysis Vegetation Vegetation analysis analysis Daily

Streamline analysis analysis Streamli

on religio

on religious holidays

analysis Streamline analysis Site plantFunctional preservation Site plant preservation StreamlineSite partition plant preservation

2025 R PLAN FLOOR 2025 PLAN 2025

2025 FLOOR PLAN 2025

Streamline analysis

ation

2025

sis

Vegetation analysis Vegetation Functional partitionanalysis

Streamline analysis Streamline Vegetation analysis analysis

DESIGN DESIGN CONCEPT DESIGN CONCEPT Vegetation analysis partition Functional partitionCONCEPT Streamline analysis Functional

DESIGN CONCEPT Vegetation analysis

­ ­

­

­ ­ ­

­ ­ ­ ­

­

­

Streamline analysis

Functional partition

Vegetation analysis Functional partition

Vegetation analysis Streamline analysis ­ ­

­

Streamline

analysis

Vegetation analysis Functional partition

DESIGN CONCEPT

FLOOR PLAN 2035

DESIGN CONCEPT

FLOOR PLAN 2035

­

­

­

DESIGN DESIGN CONC DE DailyCONCEPT streamline analysis Streamline analysis on religious holidays

Daily streamline Vegetation analysisanalysis

PLAN 2050 FLOOR PLAN FLOOR2050 PLAN 2050 FLOOR

­

­ ­

­

­

­

­

­

DESIGN CONCEPT DESIGN Functional partitionCONCEPT Vegetation analysis DESIGN CONCEPT

­

­

­

­ ­ ­ ­

­

­

­

­

­

­ ­

­

­

Dailyanalysis streamline Daily analysis streamline analysis S Vegetation

o

FLOOR PLAN FLOOR 2050 PLAN FLOOR 2050 PLAN 2050

FLOOR2035 PLAN 2035FLOOR PLAN 2035 FLOOR PLAN

­ ­ ­ ­

­ ­

­ ­

­

­

­

­

­ ­

­ ­ ­

­

­ ­ ­

Streamline analysis

DESIGN CONCEPT DESIGN CONCEPT DESIGN CONCEPT Functional partition Vegetation analysis Functional partition Streamline analysis

StreamlineVegetation analysis analysis

DESIGN CONCEPT DESIGN CONCEPT Functional partition

Functional partition Functional partition Vegetation analysis Vegetation analysispartition

Streamline analysis Functional

FLOOR PLAN FLOOR 2035 PLAN FLOOR 2035 PLAN 2035

Streamline analysis Site plant preservation

Functional partition Functional partition Streamline analysis

Daily streamline analysis

­ ­ holidays

on religious

­

DESIGN C

­

­

Streamline analysis

­ ­

­

­

­ Streamline analysis

Functional partition Daily streamline analysis ­ ­ Vegetation analysis

Streamline analysis

­ ­ ­

Vegetation analysis

holidays

on religious

­

­

Functional partition Daily streamline analysis

­

Streamline analysis

­ ­ ­

on religious holidays Functional partition Daily streamline analysis

Vegetation analysis

Streamline analysis

­

holidays

­

on religious

DESIGN CONCEPT

FLOOR PLAN 2050

DESIGN CONCEPT

FLOOR PLAN 2050

DESIGN CONCEPT

D

­ ­

­ ­ ­ ­

­ ­

­

­ ­ ­ ­ ­

­

­

­ ­

­ ­

­ ­

­

­

­

­ ­

­

­ ­

­

­ ­

­ ­

­

­

­ ­ ­

­

­ ­ ­

­ ­ ­ ­ ­ ­ ­

­

­

­

­

­ ­ ­

­

­ ­ ­ ­

­

­ ­

­

­

­

­

­

­ ­

­

­

­ ­ ­

­

­

­ ­

­ ­

­ ­

­

­

­

­

­ ­

­ ­

­

­

­

­

­ ­ ­ ­ ­ ­ ­

­ ­ analysis

­ Daily ­ analysis

Vegetation Streamline FunctionalStreamline partition analysis streamline Vegetation analysis

Streamline analysis

analysis

­

­

nalysis Functional partition

Vegetation analysis Functional partition Daily streamline analysis Functional partition ­ Vegetation analysis

­ Streamline

­

­

­

analysis

Vegetation analysis Streamline analysis

Functional partition streamline analysis Vegetation analysis

Daily analysis ­

­

Streamline

­ ­ on religious holidays

­

­ ­

­

on religious holidays

on religious

holidays

­ ­ ­ ­ ­

­

­

­

­ ­ ­

­

­

­

­

­

­

­

­

­

­ ­

­

­

­

­ ­

­ ­ ­ ­

­ ­

­ ­

­ ­

­

­ ­ ­

­

­

­

­

­ ­ ­

­

­

­ ­

­

­ ­ ­

­

­

­

­

­

­

­

­

­

­

­ ­

­ ­

­ ­

­

­

­

­ ­ ­

­ ­

­ ­

­

­

­

­

­

­

­

­

­

­ ­ ­

­

­ ­ ­

­

­

­

­

­ ­

­ ­

­

­

­

­ ­

­ ­

­

­

­

­ ­ ­

­

­

­ ­

­

­

­ ­ ­

­

­ ­

­

­

­

­ ­

­

­

­

­

­ ­ ­

­

­

­

­

­ ­

­

­

­

­

­

­

­

­

­

­ ­

­

­

­

­

­ ­ ­

­

­

­ ­

­

­

­

­ ­

­

­

­

­

­

­

­ ­

­ ­

­ ­ ­ ­ ­

­

­

­

­ ­

­

­

­ ­

­

­

­

­

­ ­

­ ­ ­

­ ­

­

­ ­

­ ­

­

­

­

­

­

­ ­

­ ­

­ ­

­

­

­ ­

­

­ ­

­ ­

­

­

­ ­ ­

­

­

­

­

­

­

­

­

­ ­

­

­

­ ­

­ ­

­

­

­ ­

­ ­

­

­ ­

­

­

­

­ ­

­

­ ­

­

­ ­

DESIGN CONCEPT

FLOOR PLANDESIGN 2035CONCEPT

NCEPT DESIGN CONCEPT

FLOOR PLAN 2035

DESIGN CONCEPT

FLOOR PLAN 2035

DESIGN FLOOR PLAN 2050CONCEPT FLOOR PLAN 2050

DESIGN CONCEPT

FLOOR PLAN 2050 FLOOR PLAN 2050FLOOR PLAN 2050

DESIGN CONCEPT

DESIGN CONCEPT

DESIGN CONCEPT

FLOOR PLAN 2050

DESIGN CONCEPT DESIGN CONCEPT

FLOOR PLAN 2035

N 2035 FLOORCONCEPT PLAN 2035FLOOR PLAN 2035 DESIGN

FLOOR PLAN 2050

DESIGN CONCEPT DESIGN CONCEPT

DESIGN CONCEPT

DESIGN CONCEPT

DESIGN CONCEPT

DESIGN CONCEPT

REFUGEE CAMP

AT ORDINARY TIMES

Life Needs To Go On.

­

COMMUNITY PARK

COMMUNITY PARK AT ORDINARY TIMES

In 2050, the mosque will open as a community park during non- More Open And religious holidays, providing a place for residents to relax. The empty More Secular square ensures the needs of the festival gathering, and the seats scattered provide a space for residents to chat; Visitors can also stop here and enjoy the beautiful mosque.

OUTDOOR TEACHING

More And More Secular

Open

A Blackboard Is A Classroom.

功能随时间变化 场地的功能和定位适应各个阶段的需要。2025 年，这里将成为难民营，以满足经济和可持续性的要求。到 2035 年，清真寺不仅将 恢复其宗教功能，还将作为没有教室的儿童露天教学区开放。到 2050 年，清真寺将是开放的，世俗的，美观的，欢迎穆斯林和游客。

城市生态圈

Animals Animals and Humans and Humans

Duration: 16 Weeks Academic: Year 3 (2020) Location: Hangzhou, China Tutor: Type:

Wu Jiayu, +86 13758188248, wujiayula@zju.edu.cn Individual

剖面显示了不同的生境类型。栖息地 特征决定了动物的分布以及人类与动 物的互动方式。

China, Hangzhou

Metasequoia glyptostroboides Hu & W. C. Cheng.

Close Interaction

Platanus acerifolia.

Perilla frutescens (L.) Britt.

Green Space Distribution Green Space Distribution

Distant Interaction

Metasequoia

Close Interaction

glyptostroboides Cortaderia selloana.

Polygonum Platanus orientale L. Sp. acerifolia.

Hu & W. C. Cheng.

Poa annua L. Cynodon.

Zelkova serrata (Thunb.) Makino

Mahonia fortunei Kalimeris indica （Lindl. ）Fedde.

Diospyros kaki Thunb.

Britt.

Metasequoia Osmanthus Perilla frutescens fragrans (L.) Britt.

Medium Interaction

Distant Interaction

Canna indica L.

Acorus calamus L.

Close Interaction

­

­

­

­

Pinus koraiensis Siebold et ZuccariniThunb. Britt.

Perilla frutescens (L.) Britt.

Jasminum sambac (L.) Aiton.

Salix chaenomeloides Cortaderia selloana.

Krimura.

Kalimeris indica (L.) PolygonumLythrum orientale L.salicaria Sp. L.

Diospyros kaki Thunb. Britt.

Typha angustifolia L.

Salix babylonica Linn.

Poa annua L. Cynodon.

Zelkova serrata (Thunb.) Makino

Acer spp. fortunei Mahonia （Lindl. ）Fedde.

Metasequoia

Osmanthus fragrans (Thunb.) Lou

­

­

­

­

­

­

Medium Interaction

Distant Interaction

Close Interaction

（

（ ）

）

Metasequoia glyptostroboides Hu & W. C. Cheng.

Platanus acerifolia.

Cortaderia selloana.

Pinus koraiensis Siebold et ZuccariniThunb. Britt.

Diospyros kaki Thunb. Britt.

Artificial Land

Kalimeris indica (L.)

Polygonum orientale L. Sp.

Poa annua L. Cynodon.

Zelkova serrata (Thunb.) Makino

Mahonia fortunei （Lindl. ）Fedde.

Metasequoia Osmanthus fragrans (Thunb.) Lour.

Perilla frutescens (L.) Britt.

Medium Interaction

LandLand TypeType Distribution Distribution

CHAIN CHAIN

Platanus acerifolia.

Commuting Range Analysis Commuting Range Analysis

Artificial Land

Metasequoia glyptostroboides Hu & W. C. Cheng.

­

­ ­ ­

­ ­ ­ ­­

­

­ ­

Pinus koraiensis Siebold et ZuccariniThunb. Britt.

(Thunb.) Lour.

Kalimeris indica (L.)

Diospyros kaki Thunb. Britt.

Distribution LandLand TypeType Distribution

­ ­

Pinus koraiensis Siebold et ZuccariniThunb. Britt.

External Traffic Analysis External Traffic Analysis

在城市化的爆发中，人们对自然的向往进一步放大。另

URBAN ECOSPHERE 一方面，动物的栖息地正在迅速缩小。有些动物别无选

URBAN ECOSPHERE

择，只能适应城市环境。由于城市的不断扩张，地球上 的土地变得越来越稀缺。城市生态圈的概念是基于动物

的适应性和人们与动物互动的愿望。绿地中栖息地的分

布保证了动物的生存。人和动物互动设施的建立为人们

提供了与它们互动的机会。

剖面图

Internal Traffic Analysis Internal Traffic Analysis

Distant Interaction

，

，

Polygonum

orientale L. Sp.

Acorus calamus L. Cortaderia selloana.

Poa annua L. Cynodon.

Typha angustifolia L. Mahonia fortunei （Lindl. ）Fedde.

Salix chaenomeloides Krimura.

Canna indica L.

Jasminum sambac (L.) Aiton.

Salix babylonica Linn.

Acorus calamus L. Typha angustifolia L. Salix chaenomeloides Krimura.

Lythrum salicaria L.

Canna indica L.

Jasminum sambac (L.) Aiton.

Salix babylonica Linn.

Acer spp.

Forest + Wetland: It can be only appreciated distantly

­

River Bend

Forest + Wetland: It can be only appreciated distantly

River Bend+Migration Bridege It can only appreciated distantly Forest + Wetland:

be

appreciated

­ It can be only Forest + Wetland:

distantly

­

River Bend River Bend

River Bend

River Bend+Migration Bridege

River Bend+Migration Bridege

Animal movements are designed to be observed and not disturbed to facilitate human-animal interaction.

River Bend+Migration Bridege

3

滨水活动空间

总平

Duration: 2 Weeks Academic: Year 3 (2020) Location: Hangzhou Type: Individual 二、前期分析+选址

校园景观更新设计

效果图和渲染图

Duration: 8 Weeks Academic: Year 4 (2021) Location: Hazngzhou Type: Group

场地位于浙江大学农学院中央庭院内。这个地方荒凉，无人照管。该场地旨在成为 中心花园，教师和学生可以在这里休息和交流。

总平

四季变换

3

前期分析：

10

我对江南古典园林的理解： 江南的古典园林以私家园林为主，以环形为主， 用曲折的廊连接，有闭合的意味，在曲折中营 造一个小世界，是内省的空间。 应用：在校园中，这种形式应当更加开放。

分析图 + 设计策略

二、前期分析+选址

前期分析 ：

我对江南古典园林的理解：

古典园林分析 : 古典园林以私家园林为主，多为环形，由之字形廊道相连， 有一种封闭感，在之字形中创造一个小世界，一个自省的空间。 应用：在校园中，这种形式应当更加开放。 而我们的设计在校园的应用，建筑形式应该更加开放和包容。

江南的古典园林以私家园林为主，以环形为主， 用曲折的廊连接，有闭合的意味，在曲折中营 造一个小世界，是内省的空间。

东立面图

11

通过墙与柱的结合，实体墙的曲折往往产生戏剧性的效果， 而柱的并置则产生模糊的空间感。

设计概念 北立面图

通过对院落满意度的调查， 师生交流空间的建立是需要 考虑的重点。考虑到人群的 交流，它可以分为开放空间 和私人空间。此外，对于游 客从东南门进入，需要在入 口处有一个清晰通畅的结构 来引导游客深入场地。

东立面图

Original road streamline

Orient gazing direction

Modify road streamline

不同高度和方向的斜坡被用来创造一个开放和包容的空间。与古典园林的圆形结构不 同，面向水面的建筑曲线走廊突然打开，给人一种愉悦、轻松的氛围。

Proportion of green space

Determine road proportion

Total flat

作为一个改造项目，要求主要的流线和出入口保持不变，同时尽可能保留原有的肌理， 以降低施工难度。

作为景观更新项目，本项目不仅注重景观改造，也力求保留原有的场地设计内容。通过小路与主干道穿插， 强化和强化原有的田野肌理。并种植农学院特色植物，作为田间景观展示，表达本学科特色。

Traditional Chinese Painting Academic: Year 2(2019)

Measure Drawing

Academic: Year 3(2020)

Sleeper

Scenery 80cm×50cm

Trees 80cm×50cm

Trees 80cm×50cm

Sketch

Academic:

Year 1(2018) - Year 4(2021)

What is landscape to me ?

Tile and drip tile

During my college years, I kept observing classical Chinese landscape. I used painting to record my feelings of them, and tried two different expression methods of sketch and Chinese painting. Finally, I measured the parts of the building to feel the classical beauty exactly.

Lily 30cm×40cm