IDEAL HOUSE-迴家

Page 1

IDEAl

CONTENTS INTRODUCTION 2 PART1 Home Analysis 1.1 Analysis 5-8 1.2 Case Study 9-34 1.3 Definition of House 35-36 PART2 CONCEPTUALISATION 2.1 Site Study 39-48 2.2 Model Study 49 2.3 Development 50-54 PART3 DETAILED DESIGN 3.1 Final Drawing -Project 1 57-70 3.2 Final Drawing -Project 2 71-80 3.3 Final Model-Project 1 81-82 3.4 Final Model-Project 2. 83-84

INTRODUCTION

The topic is looking for the definition of housing through residential analysis and experience . The design is experimental, and after analyzing and experimenting on various site types, two buildings are designed that need to adapt to the local climate and environment. The two buildings do not have actual site. We have to choose two kind of climate types through Koppen Climate Analysis, and built on mountain and flat land. Meanwhile, we also should choose two environment condition from continuous street houses, streams, forests, and countryside.

Realize

home and housing, and find out the definition of home to ourself from the trace of our life.

HOME ANALYSIS

1.1 Analysis

2F One-point Perspective

0 50 100 200
2F Plan 0 50 100 200
Bubble Body
0 50 100 250
Space Right

Configuration

0 50 100 250

1.2 Case Study

Detached House/Apartment/Apartment complex/Terraced House

City/Rural/Suburbs

Daily Residence/ Vacation Residence

Large Scale/Medium Scale/Small Scale

Simple Function/Complex Function

Mud/Brick/Wood/Steel/Concrete

Tropics/Subtropics/Temperate Zone/Frigid Zone

Moist/Moderate/Dry

detached house City Daily Residence Small Scale Simple Function Wood Subtropics Moderate
GENETO Japan 2018 4Floors 81m2 Site Plan 0 4 2
4F
YMT HOUSE
1F Plan 2F Plan 3F Plan
Plan
Unit Unit and Whole

Schröder House

Gerrit Rietveld

Nederland

1925

2Floors

108 m2

detached house

Rural

Daily Residence

Large Scale

Simple Function

Wood/Brick

Temperate Zone

Moist

Site Plan

1F Plan 2F Plan Elevation 1 Elevation 2 Section(A-A)
0 4 2
Section(B-B)
Organize
Layer
Evolution

Floors

detached house City

Daily Residence

Medium Scale

Simple Function Concrete

Japan
Site Plan 1F Plan 1F-2F Plan 2F-3F Plan 3F-RF Plan Elevation 1 Elevation 2 Elevation 3 Elevation 4 Section(A-A) Section(B-B) Section(C-C) Section(D-D) C C’ B B’ 0 6m 3
House H Sou Fujimoto
2008 3
50 m2

Esherick House

detached house City

Daily Residence

Medium Scale

Simple Function

Concrete/Wood Subtropics Moist

1F Plan 2F Plan Elevation 1 Elevation 2 Elevation 3 Elevation 4
Louis Kahn USA 1959 2Floors 232 m2 Site Plan
Section(A-A) Section(B-B) Section(C-C) Section(D-D)
Rhythm

Cheng’s

Guangxu period

1Floors

300 m2

detached house City

Daily Residence

Large Scale

Simple Function Wood Subtropics Moist

Ancient House None Taiwan
Site Plan B 0 18m 9 1F Plan

Boundary of Public and Privacy

Public Space Geometric Center Unit
Environment and Ventilation Evolution Space Allocation

Muuratsalo Experimental

Alvar Aalto Finland

1953 1Floors

225 m2

detached house

Rural

Vacation Residence

Medium Scale

Simple Function

Brick

Temperate Zone

Moderate

Site Plan

Section(A-A)

1F Plan Elevation 1 Elevation 2 Elevation 3 Elevation 4
0 8m 4
Unit Environment Geometric Center

1.3 Definition of House

Stable Space Enclose Free Space Body Limitation Area Move ment Compatibility Furniture Partition Definition of Function Space Creating Definition of Space Permeability Space Power Geometry Material Activity Configuration Storage Sight Territory publicity and privacy Limitation of activity Relationship between Users Space Understanding Stability Shaping Relationship between Function Organization Entirety Parts Freedom Organization Openness Interpretive of Space Scale Direction Detach from Body Object Identifying Affected by Object Atmosphere Icon Layer Characteristic Sense of Touch Vision

Analyze the Koppen Climate Classification and choose two base to analyze and operate the building so that it integrates into the local weather and environment.

CONCEPTUALISATION

2.1 Site Study

Köppen climate classification scheme symbols description table

1st 2nd 3rd

f (Rainforest)

A (Tropical)

m (Monsoon)

w (Savanna, dry winter)

s (Savanna, dry summer)

B (Dry)

C (Temperate)

W (Arid Desert)

S (Semi-Arid or steppe)

w (Dry winter)

f (No dry season)

s (Dry summer)

w (Dry winter)

h (Hot)

k (Cold)

a (Hot summer)

b (Warm summer)

c (Cold summer)

a (Hot summer)

D (Continental)

f (No dry season)

s (Dry summer)

b (Warm summer)

c (Cold summer)

d (Very cold winter)

E (Polar)

T (Tundra)

F (Ice cap)

Reference: https://en.wikipedia.org/wiki/Köppen_climate_classification

Koppen Climate Classification -Tropical
Koppen Climate Classification -Tropical savanna climate(Aw)

Reference : https://k.sina.com.cn/article_1621758010_60aa103a00100njpv.html

https://bricheto.pixnet.net/blog/post/23770943

Wooden House Projecting over the Ground
Reference design?ad_source=search&ad_medium=projects_tab/
studio?ad_source=search&ad_medium=projects_tab
Koppen Climate Classification -Continental
Koppen Climate Classification -Cool continental climate/Subarctic climate(Dfc)

Reference :https://decomyplace.com/n.php?id=8239

https://zh.m.wikipedia.org/zh-tw/挪威建築

Corippo Slate House

Reference : https://www.archdaily.com/910867/hamra-collectif-encore/5c5b2ccc284dd1040e000083hamra-collectif-encore-photo

https://www.archdaily.com/958722/villa-lobo-appell-arkitektkonto

r/605247d5f91c8187aa000284-villa-lobo-appell-arkitektkontor-photo

Villa Lobo – APPELL arkitektkontor

2.2 Model Study

2.3 Development

Case 1

Case 2

Case 1

Case 2

Summarize the above mention, and develop into models.

DETAILED DESIGN

3.1 Final Drawing-Case1

S=1:150 PLAN OBLIQUE
EXPLODED VIEW
S=1:300
DIAGRAM
PLAN
S=1:150
S=1:150 3F PLAN S=1:150 2F PLAN
S=1:150 RF PLAN

S=1:150 SECTION (CC’)

S=1:150 SECTION (DD’)

S=1:150 SOUTHWEST ELEVATION
S=1:150 NORTHEAST ELEVATION
S=1:150 NORTHWEST ELEVATION

3.2 Final Drawing-Case 2

S=1:150 PLAN OBLIQUE

EXPLODED VIEW
S=1:300
S=1:150 2F-3FPLAN S=1:150 1FPLAN
S=1:150 3F PLAN

S=1:150 SECTION (AA’)

S=1:150 SECTION (BB’)

S=1:150 SECTION (CC’)

S=1:150 SECTION (DD’)

S=1:150 EAST ELEVATION

S=1:150 WEST ELEVATION

S=1:150 SOUTH ELEVATION

S=1:150 SOUTH ELEVATION

3.3 Final Model-Case1

3.3 Final Model-Case2

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