Hybrid Terminal - Coral Study / Transform

coral study / transform

hybrid terminal

cheng-hung chen

The Department of Architecture,Tunghai University

study notation analysis diagram transform prototype thesis Proposal design

4

th

Biomimicry study coral - study / form / transformation

Growth

向光的「生長」趨向 Growth Vector: Face Normal Growth Length: Sunshine

mouth "mouth" polyp lreach

coenosarc ij

corallite

vi

dissepiment

trajectory old growth surface

(phase 1)

Subdivision

(phase 2)

成長後的「分裂」增生 subdivision

layer i+1

layer i+1 Distence / Area longitudinal element

layer i

＞ Cell

Cell SubDivision ( Insert New Cell )

layer i

Active Cell + Non-Active Cell

Speed

增生細胞速度較快產生「速度」差異 axis of growth tangenial element

Non-Active Cell Active Cell

longitudinal line 4 3 2 1

growth line longitudinal line preceding growth stage

Branching Different types of branching

適應不同環境的「分枝」

diagram A

diagram B

light-orient branching

Vector & speed Specific direction V’

New Growth Vector

Vector

Traffic Flow F’

V’ > V V

Old Growth Vector

Departure Points

longitudinal element

V’

faster slower

F faster

Eccentric Direction (Concentric Direction)

diagram C source to target target point

source

target surface

target point

source

target point

target surface

source

source

source

Family Tree Coral D

+

Coral A

Coral B Coral E

transform

-

Coral C

Environment Factor Light Surface: Sphere

Light Surface: Rectangle Plan

New Cells Growth:2

New Cells Growth:3

New Cells Growth:4

New Cells Growth:3

Old Cells Growth:1

Old Cells Growth:1

Old Cells Growth:1

Old Cells Growth:1

-

+

target point

transform growth rule New

New

faster slower

colony growth Rule target surface

seed base

vector A vector B

seed A seed B

seed A seed B

seed A seed B

Prototype fractal Structure unit seed to square-surface

target points:36 Branch:4-3-3

target points:49 Branch:4-(1/3)-3

seed to hemisphere-surface

target points:121 Branch:4-2-4-(3/4)

colony

target points:21 Branch:4-(3/2)-2+1

surface structure surface from seed and vector seed

combination

add Gravity (+25)

add support structure from seed to intersection

transport system Grid

network

Eccentric branch

shell & tunnel grow vector

circulation

form

thesis

walker

distance & space

Departure

Destination

Eccentric Direction

Specific direction

Specific direction V’

type A

Vector V’ > V V

type B

V’

type C Departure Points

Eccentric Direction (Concentric Direction)

system hierarchy

structural system support level

structure base

support level

structure base

transformation rule

Proposal

site 高鐵台中站 / 台鐵烏日站 / 台鐵烏日新站 / 國道一號 / 省道74號

issue 交通的節點往往是速度的交錯與流動，建築的形態是否能與速度進行連結？ 高鐵、台鐵、台中捷運、中彰公路、國道一號在此交錯匯集，人們在這些不同的 運輸方式中，經驗與行為都存在著差異，而當速度重新定義了空間之間的連結與 關係，是否可以從這個關聯性重新建立建築的形態？而秩序化的運輸空間又如何 與周遭社區發生互動與連結？

strategy 透過路線與速度的設定，以變形的形態進行「速度」的空間轉化。

keywords Direction / Vector / Speed / Traffic Flow / Departure / Destination / Connection

speed index 300km/hr 120km/hr 100km/hr 70km/hr 35km/hr 20km/hr 7km/hr

transportation system

由基地既有紋理與交通網路著手，進行與周遭社 區邊界的連結，並依交通流量與速度進行網絡與節點 的重組分支，創造兩向量間的關連與交流。

site network re-generate

new network car

基地內範圍延伸向外之連外道路重組

基地內交通網路系統重組

MRT THSR TR

交通節點機能分區

站體設施區位設定

plan

Plan 2

MRT / T-Railway MRT / T-Railway community Plaza

THSR

layers

riverside community THSR community

community

MRT/ tr community

perspective

Secton

MRT platform support structure

railway

1

5

2 3 4

6

1 2 3 4 5 6

鳥瞰圖 台鐵站外視角 捷運通道往高鐵站視角 高鐵站通道視角 鳥瞰圖 社區通道 / 廣場

Models

3D print