Keying Zhong_Architecture Portfolio by Keying Zhong 钟可盈

Keying Zhong Architecture Portfolio

Table of Contents 02 Vegetable Station

Agricultural Cooperative in the High Density City Individual Work | Fall 2022 | Critic: Jing Li

14 Blossom Chasing

Nomadic Beekeepers' House Design Individual Work | Summer 2021 | Critic: Lili Zhang

22 Ruin Reborn

Community Design for Women in Post-war Iraq Individual Work | Spring 2022 | Critic: Lingqing Zhang

38 International Housing in Barcelona Housing Design for Condensed City Individual Work | Fall 2023 | Critic: Emiliano Lepez

56 Stitching

Forgotten Spaces Design in the City Individual Work | Fall 2020 | Critic: Yixuan Wei

72 Voice of Wind

Pavilion Design and Construction Group Work | Summer 2021 | Critic: Shen Gao

82 Bowler House Construction Analysis From sketchbooks

Building System Project Group Work | Fall 2023 | Critic: Gregory Cuddihee

86 National Green Building Design Competition Chinese Traditional Housing Renovation Group Work | Fall 2020 | Critic: Chaoping Hou

92 Other Work

Vegetable Station

Agricultural Cooperative in the High Density City Shenzhen, Guangdong, China

The urbanization causes the emergence of urban villages. Alomost 70% of pupulation living here are the underclass who come to work here from other city due to the low-cost housing in urban villages, resulting in the economic stratification. The city now facing the farmland marginalization, making the rise of vegetable prices, which create the inequality of food supply. Government is planning to rebuild the urban village to improve the appearance of the city, but once it is improved, these underclass people will not be able to afford the rising rents , even facing unemployment, their re-moving leads to the emergence of the next urban village problem. This project plans to create a new type of urban agricultural operation system. Providing those underclass with part-time jobs of farming in exchange for discounts on renting and shopping, and also provide the city with fresh vegetables, so as to reduce economic stratification, food inequality and guarantee the lives of the underclass.

Individual Work Fall 2022 Critic: Jing Li

Vegetable Station

Exploded Drawing

Shenzhen Guangdong Province China

Top 3 cities with the number of urban villages 1600

Cities with the largest

240

number of urban villages

139

Shenzhen

Beijing

Hydroponic Harvesting Area

Guangzhou

urban village farmland transport distance

Gardening and Learning Area

Vegetable Shoping Area

Soil Harvesting Farm

Luohu District

20km

Soil and hydroponic Harvesting Researching Farm Types of house in Shenzhen self-built house

low-rent house

Population in Shenzhen urban village

workers from other cities (renter)

5% 5%

apartments and others

factory dormitory

17%

47%

Population in urban village 30% 70%

9,800,000

urban village house

villagers

Soil and Hydroponic Harvesting Researching Area

(landlord)

total

Processing Area Activity Area

17%

commercial house

17,560,000

Farmland marginalization in Shenzhen

year: 1980 area: 35,473 hectares

Vegetable Station

Transportation Area

Longer transport distances

year: 2022 area: 3,833 hectares

Insufficient supply of vegetables in Luohu District

Vertical Shopping Street

Amusement Area + 3.000 Plan

Vegetable Station

Amusement Area + 6.000 Plan

Working Area + 60.000 Plan

104.700 104.700 100.200 100.200

90.300 90.300 85.200 85.200

75.300 75.300 70.200 70.200

60.300 60.300 55.200 55.200

45.300 45.300

35.400 35.400 30.300 30.300 26.700 26.700 23.400 23.400 19.500 19.500 15.300 15.300 9.700 9.700 6.300 6.300 3.600 3.600 ±0.000 ±0.000

-9.000 -9.000

Vegetable Station

Hydroponic Harvesting Area

Gardening and Learning Area

Soil Harvesting Farm

10 Vegetable Station

12 Vegetable Station

Flower Chasing Route

S312 Provincial Highway, LuoBei City, HeiLongJiang Province Basswood Time: June-July

Tangbula Grassland, Weiwuer City, XinJiang Province Leonurus Time: Aug.-Sept.

5 km

km 55 16 9 h 1 0

20 h

Kulunqi Village, Tongliao City, NeiMengGu Province

S312 Provincial Highway, LuoBei City, HeiLongJiang Province 9 h km 6 73

Basswood Time: 8 h June-July 681 km

7 km 10 h

Buckwheat Time: Aug.-Sept.

5 km

3 km 14 h

120

119

434 k

12 6 90

1254 m 13 h

RapeFlower Time: Dec.-Jan. Ke Village,

Huangshan City, AnHui Province RapeFlower Time: Mar.-Apr.

434 k

120 3

14 h

West Line

119

5 km

RapeFlower Time: Dec.-Feb..

Jiaoshan Village, Shigu City, HuNan Province

Luoping Village, Qujing City, YunNan Province

Individual Work Summer 2021 Critic: Lili Zhang

Robinia Qianling Village, Time: Apr.-May Gaocun Village, Guangdong City, FuJian Province Yiyang City, HeNan Province RapeFlower Time: Dec.-Mar. Xiba Village, Jujuba Time: Apr.-May Yulan City, GuangDong Province h

RapeFlower Time: Mar.-Apr.

Wild Stay One night

MilkVetch Time: Jua.-Mar.

Qianling Village, Guangdong City, FuJian Province

Xiba Village, Yulan City, GuangDong Province

Middle Line East Line

RapeFlower Time: Dec.-Jan.

Leonurus RapeFlower

KaShi River

Village

Time: Mar.-Apr.

Chastehoney

458

Longfeng Village, Mianyang City, SiChuan Province

Village

Ke Village,

Huangshan City, AnHui Province Haoran Mountain Village, RapeFlower Zhalantun City, BeiJing Province June-July JiaoshanTime: Village, Shigu City, HuNan Province Baiwa Forest Farm, MilkVetch Jinxiang City, ShanDong Province Time: Jua.-Mar.

Sophora davidii Time: May-June

Middle Line East Line

8h 681 km

651

This project plans to provide housing prototypes for these beekeepers along the way to improve their living environment. At the same time, using the form of off-grid buildings to protect the ecological environment.

Luoping Village, Qujing City, YunNan Province

Luren Village, RapeFlower Dec.-Feb.. Mingchang City,Time: GanSu Province

West Line

Jujuba Time: Apr.-May

12 6 90

6 73

RapeFlower

Menyuan Village,Time: Mar.-Apr. Haibei City, QingHai Province

458

Kulunqi Village, Tongliao City, NeiMengGu Province Longfeng Village, Buckwheat Time: Aug.-Sept. Mianyang City, SiChuan Province h

RapeFlower Time: July

Robinia Time: Apr.-May

Gaocun Village, Yiyang City, HeNan Province

20 h

Sophora davidii Time: May-June

Beekeeping is a widespread global activity with millions of beekeepers rely on bees for their livelihoods. There are 300,000 beekeepers in China with total output of bee products accounts for more than 1/4 of the world, which ranks world first for many years in spite of the extremely poor living conditions.

Baiwa Forest Farm, Jinxiang City, ShanDong Province

1254 m 13 h

China

Chastehoney Time: June-July

5 km

Luren Village, Mingchang City, GanSu Province

Haoran Mountain Village, Zhalantun City, BeiJing Province

km 55 16 9 h 1

Nomadic Beekeepers' House

651

Time: JulyLeonurus Time: Aug.-Sept.

7 km 10 h

Blossom Chasing

Menyuan Village, Tangbula Grassland, Haibei City, QingHai Province Weiwuer City, XinJiang Province RapeFlower

RapeFlower Time: Dec.-Mar. Heilong River

Basswood

JiuLong River

Select 3 beekeepers' stop points with large differences in terrain, environment and temperature as the sites of housing prototypes.

Wild Stay One night

Selection Principles Nector Source

Tangbula Grassland, Weiwuer City, XinJiang Province

Terrain

Qianling Village, Guangdong City, FuJian Province

Water source

Noise

S312 Provincial Highway, LuoBei City, HeiLongJiang Province

Basswood

Leonurus

Heilong River

RapeFlower

KaShi River JiuLong River

Tangbula Grassland, Weiwuer City, XinJiang Province

14 Blossom Chasing

Qianling Village, Guangdong City, FuJian Province

S312 Provincial Highway, LuoBei City, HeiLongJiang Province

Tangbula Grassland 43°42′N - 83°41′E

7200 1200

4500

7200 Living Area

Facility Area

Bee Area

3000

7200

2400

1800

1500

7200

+1.500 Plan

16 Blossom Chasing

Qianling Village

24°56′N - 117°30′E

6000 2400

780

2400

7200

3600

1320

Living Area

Facility Area

Bee Area

18 Blossom Chasing

2280

+1.500 Plan

6000

down

1500

6000

4500

2400

3600

2400

+4.500 Plan

S312 Provincial Highway 47°55′N - 130°52′E

5400 2400

3000

5400 2400

3000

5400

4500

5400

4500

5400

down

900

5400

20 Blossom Chasing

Living Area

Facility Area

Bee Area

+1.500 Plan

+4.500 Plan

Ruin Reborn Community Design for Women in Post-war Iraq Mosul, Iraq

At present, the government plans to close the last refugee camp in the country, but many people are still living in the refugee camp although five years have passed since the Iraq War. According to the survey, women and chidren who are facing discrimination, fear and trauma make up the vast majority of this refugees, which means that the closure of the refugee camp will make them unable to find a job or even a place to live. This project plans to build a community on the ruins for refugees which is under the premise of protecting women's guardianship, safety and privacy. Provide these refugees with a place to live, work, study and relax.

Individual Work Spring 2022 Critic: Lingqing Zhang

22 Ruin Reborn

Master Plan

Legend handicraft factory

farm

women classroom

handicraft factory

storehouse

sharing room

store

administrative office

assembly squre

food distribution station

clinic

mosque

female residential area

elderly residential area

children residential area

male residential area

recreation area

children lassroom

entrance

24 Ruin Reborn

Residential Area Housing Plan

Public Space Exploded Drawing

19320

1 Bedroom 2 Public kitchen and dining area 5

3780

1800

3780

4980

10 m 3750

3750

0 1

4980

3780

4980

17100

Women Classroom

3900

1800

3900

3780

19320

3900

4980

ning area

1800

17100

3900

Chidren classroom

Rest Area

Private Room

3750

10 m

Chidren classroom

Women Classroom

Clinic

3900

3750

2280

1500

1800

3780

19320

3750

1230

3900

1230

3750

1230

3750

2280

1500

1800 19320

3780

3750

Outdoor Patio Administrative Office

3900

17100

1800

3900

17100

Rest Area

Material Processing Factory

Chidren classroom

Women Classroom

1230

Rest Area

Clinic

Administrative Office

26 Ruin Reborn

Handicraft Factory

28 Ruin Reborn

30 Ruin Reborn

32 Ruin Reborn

34 Ruin Reborn

36 Ruin Reborn

International Housing in Barcelona Housing Design for Condensed City Barcelona, Spain

The concept of this project adapts the high-density community in Barcelona. The spatial arrangement creates the lighting gradient from the dark foyer to f brighter outdoor space, as well as the division of public and private realms. Spaces in different shapes with similar size provide flexible usage of rooms and the rich potential of cross views, which accommodated to dwellers with various income. The use of ventral shafts at the center and the adjustable louvers enveloped the apartment is designed for pleasant lighting condition and climate change. Althese together evolves the living quality and creating modern lifestyle in Barcelona.

Individual Work Fall 2023 Critic: Emiliano Lepez

38 International Housing in Barcelona

New Orleans

40 International Housing in Barcelona

Barcelona

Typical Plan

Ground Floor Plan

dow

42 International Housing in Barcelona

Roof Plan

Site Plan

walk min 15

down

walk min 10

alk in w 5m Park Market School Hospital Museum Bus Station Government Office

44 International Housing in Barcelona

Section

46 International Housing in Barcelona

Elevation

48 International Housing in Barcelona

Unit Plan

There are 4 different units on each floor. The internal spaces of the units all remain similar in size to adapt to the different usage of people with different incomes. More entrances are provided between spaces to enrich the user’s experience.

50 International Housing in Barcelona

Unit A

Unit B

Unit C

Unit D 51

52 International Housing in Barcelona

54 International Housing in Barcelona

Stitching Forgotten Spaces in the City Chengdu, Sichuan, China

During the large-scale plannings and constructions in the urban renewal, some inconspicuous corners and spaces often lack planning and management, which called forgotten spaces, being prone to the problems such as dirty environment, illegal using and traffic jam. This site is a narrow passage which is under above mentioned situation. This project plans to take full advantages of this forgotten space, creating a space that changes according to human behaviors. It will not only keep the activities currently happening on the site, but also add more activities in order to activate this forgotten space, solve the problem of traffic jam, and improve space utilization, offering more public areas for city.

Individual Work Fall 2020 Critic: Yixuan Wei

Stitching

4.5 M

Fixed Module

4.5 M

untransformable

e 1 e Mod d o M ing k or W

untransformable 42

untransformable

tio

Sit 3M

4.5 M

Transform

tio

Sit

tio

Sit

tio

Sit

4.5 M

M 21

Movable Module

tio

Sit

2.5M

Transform

tio

Sit

tio

Sit

4.5 M

transformable

tio

Sit

2 ing e od ork M i-w m Se

untransformable

tio

Sit

6M 1M

ati

u Sit

Transform

ati

u Sit

tio

Sit

4.5 M

e 3 e od od M M re isu Le

Stitching

+3.000 Plan

+7.500 Plan

+12.000 Plan 60

Stitching

Time: 8:00 - 15:30 Mode1: Working Mode

9.600 9.000

4.500

±0.000

Stitching

Mode 1: Working Mode

This time period is the busiest time of the day.Workers are busy delivering and unloading goods, and the surrounding residents rush to work.

Stitching

Mode 1: Working Mode

This time period is the busiest time of the day.Workers are busy delivering and unloading goods, and the surrounding residents rush to work.

Stitching

Mode 2: Semi-Working Mode The delivery work is basically completed during this time. People who work or shop nearby can also relax, chat or play chess.

Stitching

Mode 3: Leisure Mode

During this time, people go for a walk after dinner, they drink and chat in the wind, and some entertainers perform here.

Stitching

Voice of Wind Pavilion Design and Construction Yaan, Sichuan, China

The site is located in the Mingshan District of Ya'an City,The local area is famous for its tea mountains. It is located among the hills and has an excellent view of over 270 degrees. This project provides an excellent viewing and leisure platform for tea pickers, local residents and travellers.

Group Work Summer 2021 Critic: Shen Gao

Voice of Wind

2 Cloth & Floor

1 Structure

3.2°

Floor

Unite

Cloth

Space

3.300m 2.986m

0.575m ±0.000m

0.52m

The woodenThe floor is wooden floor is not in directnot contact in direct contact with the ground with the ground

0.52m

Shed Roof Shed Roof

Corresponding to the Corresponding to the floor belowfloor below

Form a semi-enclosed Form a semi-enclosed space line of sight space on the lineonofthe sight

3.080m 2.700m

0.455m -0.100m

-0.400m

Voice of Wind

Secondary Beam & Short Pillar

Secondary Beam & Long Pillar

250 360 600

600 600 360 230

380

900

380 mm

3 3

Cloth & Long Pillar

Secondary Beam & Floor

Foundation & Long Pillar

Voice of Wind

3D Wall Section N.T.S. Location Plan, N.T.S.

Bowler House Construction Analysis Building System Project Antigonish Harbour

Located on a hilltop, on an island in Antigonish Harbour, the Bowler House places the social living spaces on the second level and the bedrooms at grade. A double-height foyer connects the living area to the ground. Both the main house and the shed/guest house adopt this understated vernacular expression in order to create an image of outward modesty sought by the client.

Group Work Fall 2023 Architect: MacKay-Lyons Sweetapple Architects Limited Critic: Gregory Cuddihee

Bowler House Construction Analysis

Wall Section 3” = 1’-0” Location Plan, N.T.S. Steel truss

Aluminum flashing

Program

Blueskin waterproofing membrane at eave to gutter transition

Primary Structure - Steel

Integral gutter 20’-0” Window Sill

Termination board at eave

Secondary Structure - Wood

19’-6” Eave

Programs Programs CommonSpace Space Common BedRooms Rooms Bed Bathrooms Bathrooms Deck Deck

Circulation

Circulations Circulations Private Private Public Public

Floor Plates + Foundation

Steel gusset plate

Galvalume Roof

Steel column

Steel angle 17’-8” Finished Floor (Loft)

Steel alloy roof with standing seams to help with precipitation drainage

Blueskin waterproofing membrane applied over flashing and insulation Insect guard (cont.)

Aluminum flashing

16’-6” Window Head

Painted Steel

Steel is the primary structure of the house to allow for more open interior spaces

Double-glazing Aluminum window frame Caulking

11’-6” Window Sill

MDF trim, painted

Hemlock Cladding

Eastern Hemlock is native to Nova Scotia, and is durable in harsh weather

Exposed stud Tongue-in-groove wood finish

In-floor tubing Polished concrete topping slab 9’-6” Finished Floor Wood truss

Poured Concrete

Steel beam and blocking beyond Header Plywood 8’-0” Window Head

Concrete forms the foundation and floors of the building, with a polished finish for the floors

Gypsum board, painted

Plywood sheathing Plywood sheathing P2000 Insulation Vertical batten channel Vertical Hemlock cladding

Blueskin waterproofing membrane applied over flashing and insulation Gypsum board, painted MDF Baseboard w/ 1/2” reveal Insect Guard (cont.) Blocking

Sole plate

Aluminum flashing

0’-0” Finished Floor

Welded wire fabric, see Structural Drawings -0’-6” Finished Grade Anchor bolt Waterproofing membrane Gravel

Gravel 2” Rigid insulation Damp-proofing

Aluminum Windows

Aluminum window frames with double-pane glass designed for a rain-screen wall system

Concrete Foundation Wall

(2) #4 Bars, see Structural Drawings

Concrete Footing Landscape cloth 4” Drainage tile (3) #4 Bars, see Structural Drawings

Bowler House Construction Analysis

National Green Building Design Competition

Chinese Traditional Housing Renovation 3rd Prize

Bazhong, Sichuan, China

This project is aimed at the reconstruction of traditional Chinese dwellings with a history of hundreds of years. Using the green building technology to make buildings intelligent while protecting the history and culture of traditional buildings.

https://youtu.be/ZB4F70u13bs

Group Work Fall 2020 Critic: Chaoping Hou

National Green Building Design Competition

Ecotect Climate Analysis

Swell Analysis

Using the passive solar heating, application of solar thermal effect, natural ventilation, direct evaporative cooling.

Preavailing Winds Wind Frequency (Hrs) Location:Bazhong,CHN(31.5°106.3°) Date:1st January - 30th December Time:00:00 - 24:00 Weather Manager

NORTH

345?

3000.0

330＋ 272 242 212 181 151 121 90

30?

300? 315?

45? 60?

300?

KWh/m?

Light Light Environment Environment Retrofit Retrofit Analysis Analysis

HRS

15?

285?

Before Before

After After

60 ＜30

75?

2500.0 2000.0

Preavailing Winds

1500.0 1000.0 500.0 0.0 KWh/m? Jan

Feb

Mar

Apr

May

Jun

Jul

Aug

Sep

Oct

Nov

Dec

EAST

WEST NORTH

345?

255? Wind Frequency (Hrs) Location:Bazhong,CHN(31.5°106.3°) Date:1st January - 30th December 240? 315? Time:00:00 - 24:00 Weather Manager

30?

300? 225?

3000.0

195?

75?

165?

SOUTH

1500.0

Optimum 1000.0 Orientation

345?

Location: Bazhong, CHN 500.0 Orientation based on average daily incidennt 315? radiation on a vertical surface. 0.0 Underheated Stress: Apr May Mar Jan 936.7 Feb 300? Overheated Stress:176.9 297.5? Compromise:207.5 Weather Tool 285?

KWh/m?

330?

15?

Psychromatric Chart

Best

30?

Worstt

45?

Jun

Jul

Aug

Sep

Oct

Nov

Dec

60?

75?

270?

90?

255?

105?

N 345? KWh/m? 240? 330? Location: Bazhong, CHN Orientation based on average daily incidennt 315? 225? radiation a verticalatsurface. Avg. DailyonRadiation 180.0° Compromise: Underheated Stress: 936.7 Entire Year: 0.56 kWh/m 300? 207.5? 210? Overheated Stress:176.9 Underheated: 0.83kWh/m 297.5? 195? 180? Compromise:207.5 Overheated: 0.24kWh/m Weather Tool 285?

15?

30?

120? Best Worstt

135? 45? 165?

150?

60? 75?

270?

90?

255?

105? 120?

240? 225? Compromise: 207.5? 210?

room / area

60 ＜30

room / area

105?

255?

Location:Bazhong, CHN 240? Frequency:1 st January to 31st Decemenber Weekday Time: 00:00 - 24:00 Hrs 225? Weekend Times: 00:00 - 24:00 Hrs Barometric Pressure: 101.36 kPa Weather Tool

120?

135? 150?

210? 195?

SELECTED DESIGN TECHNIQUES: 1. passive solar heating 2. thermal mass effects 3.exposed mass + night-purge ventilation 4.natural ventilation 5.indirect evaporative cooling 6.direct evaporative cooling

165?

SOUTH

Psychromatric Chart

195?

180?

165?

room / area room / area

room room

Lighting area

Meet the Meet the total requirements requirements number Meet the Meet the total number(%) number requirements requirements number number(%) number

can not meet the unfixed requirements can not meet the number unfixed requirements number

can not meet the fixed requirements can not meet the number fixed requirements number

Break the walls to form a semi-open public space. The functional spaces of the original building remain unchanged, Break the the walls to form a semi-open public functional spaces of the original building remain unchanged, Increasing size and form of windows, as space. well asThe the use of lighting tubes, have greatly improved the lighting effect of the building. Increasing the size and form of windows, as well as the use of lighting tubes, have greatly improved the lighting effect of the building.

Wind Wind Environment Environment Retrofit Retrofit Analysis Analysis Before Before

After After

can not meet the fixed requirements can not meet the number fixed requirements number

Annual Average Underheated Period Overheated Period 5

can not meet the unfixed requirements can not meet the number unfixed requirements number

2nd Floor Plan 2nd Floor Plan

25 15

DBT

Meet the Meet the requirements requirements Meet the Meet the number number(%) requirements requirements number number(%)

1st Floor Plan 1st Floor Plan

30 5

135? 150?

total number total number

2nd Floor Plan 2nd Floor Plan

AH 10

Location:Bazhong, CHN Frequency:1 st January to 31st Decemenber Weekday Time: 00:00 - 24:00 Hrs Annual Average Weekend Times: 00:00 - 24:00 Hrs Underheated Period101.36 kPa Barometric Pressure: Overheated Weather Tool Period DBT 5 10 SELECTED DESIGN TECHNIQUES: 1. passive solar heating 2. thermal mass effects 3.exposed mass + night-purge ventilation 4.natural ventilation 5.indirect evaporative cooling 6.direct evaporative cooling

1st Floor Plan 1st Floor Plan

EAST

WEST

2000.0

Avg. Daily Radiation at 180.0° Entire Year: 0.56 kWh/m Underheated: 0.83kWh/m Overheated: 0.24kWh/m

105? 330＋ 272 242 212 45? 120? 181 151 121 60? 135? 90

150?

210?

285?

2500.0

Optimum Orientation

HRS

15?

300?

windward side of building leeward side of building Wind pressure pressure exterior window surface windward sideon of exterior building window surface Wind leeward side ofonbuilding Summer Wind pressure on exterior window surface Summer Wind pressure on exterior window surface Summer Summer project evaluation standars requirement project calculation results Is it up to standard project evaluation standars requirement project calculation results Is it up to standard ≥ 50% windows can be opened outside window The wind pressure difference If the wind pressure difference wind pressure difference ≥ 50% windows can be openedmeets the standard requirements outside window greater than 0.5Pa The wind pressure difference If the wind pressure difference on the surface get 2 points wind pressure difference

on the surface

greater than 0.5Pa get 2 points

NO NO

score score 0 0

meets the standard requirements

windward side of building Wind pressure windward sideon of exterior building window surface Summer Wind pressure on exterior window surface Summer

leeward side of building Wind pressure exterior window surface leeward side ofonbuilding Summer Wind pressure on exterior window surface Summer

project evaluation standars requirement project calculation results Is it up to standard project evaluation standars requirement project calculation results Is it up to standard ≥ 50% windows can be opened outside window The wind pressure difference If the wind pressure difference wind pressure difference ≥ 50% windows can be openedmeets the standard requirements outside window greater than 0.5Pa The wind pressure difference If the wind pressure difference on the surface get 2 points wind pressure difference

on the surface

greater than 0.5Pa get 2 points

YES YES

score score 2 2

meets the standard requirements

the transitional season and summer have been significantly improved after the renovation the transitional and through summerthe have been significantly improved Optimal summerseason ventilation renovation of the double roof after the renovation Optimal summer through the renovation of thethe double rooflayout, Rearrange the sizeventilation and arrangement of windows, adjust building Rearrange size and arrangement windows, adjust the building layout, ventilation of the building increase thethe ratio of wind speed to the of window area, and improve the original increase the ratio of wind speed to the window area, and improve the original ventilation of the building

改造后建筑声环境分析改造后建筑声环境分析室外声环境室外声环境

National Green Building Design Competition

该改造将原有建筑闲置的空间该改造将原有建筑闲置的空间改造成了公共的开放性空间改造成了公共的开放性空间建筑的整个功能区块变成了建筑的整个功能区块变成了左边是公共性相对吵闹的空间左边是公共性相对吵闹的空间右边是私密性相对安静的空间右边是私密性相对安静的空间建筑中设有书房、卧室等

改造后建筑热环境分析改造后建筑热环境分析

A new roof mezzanine is added to form a double-layer roof ventilation system solar collector

In summer, the gate is opened, the wind enters and takes away the heat In winter, the gate is opened The middle air layer acts as insulation

100 100

l pla

tura

c stru

el r ste

Colo

National Green Building Design Competition

tile

ater

rW Sola

Solar

wate r hea ter on Insula slopin ted w g roo ater t f ank

tion

truc

ns r Co

ecto

Coll

Hea

tura

truc

nS ter o

oof

R Slab

Other Work

Commercial Street Design https://youtu.be/7I9ffnJr6lQ

Library Design

Urban Complex Design

Middle School Design https://youtu.be/nFQhysa9SpM

Other Work