Autonomous

scat t er ed c o m bi n at i o n s l am m a i s l an d , h o n g ko n g au gu st 2 0 1 1

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SCATTERED COMBINATIONS

an autonom ous resting pla ce L am m a Island, Hong Ko ng Aug ust 2011 Tutor: D enise Ho Proj ec t Typ e: Individua l P r o ject

T r e e s a r e t h e nat ural shad ing an d r o cks a r e the na tur a l sea ts. The ma jo r p ro bl em o f t he s i t e is that m aj or sun shading might no t be the ma jo r a r ea fo r sittin g. T h u s , t h e c o n c e pt o f t his p avilion is to spo t o ut the pla tfo r m tha t a llows hiker s to en j oy th e n a t ur e w i t h m aj or sun shading and sitting. The def initio n o f a pa v ilio n in this p ro j ect i s to p r ovide a p latform that a llow s hiker s to a ppr ecia te the na tur e in di fferen t p e r s pe c t i ves. The insp irat ion of the steel pa v ilio n co mes f r o m the pr imiti ve th ree di me n s i o ns : X - axis, Y-axis and Z-axis. These thr ee a x es phy sica lly will never m eet at o ne po i n t . I n fac t , they are intert wining ea ch o ther. Just like the inter a ctio n fo rm i n g am ong t he nat ure, the pa thway a nd the r esting pla ce under the p av i l i o n .

Th e r o c k s c a n m ainly c at eg orized into thr ee sizes: sma ll fo r o ne per so n, me di u m fo r t wo to fo ur pe r sons and larg e whic h is no t a dv isa ble fo r sea ting. When hikers res t o n s ma ll s i ze o f r o c ks, t hey will c hat w ith ea ch o ther na tur a lly w hile no t pay ing m u ch att e n t io n to t he n ature. O n t he c ontrar y, when hiker s ga ther a r o und la r ge size o f ro ck s , t hey w i l l e nj oy the nat ure m ore in stea d o f cha tting to ea ch o ther. This o bs ervati o n beco mes a ma jo r inspir a tio n o f the p av i l i o n .

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l eve l differenc e views

tr ee lo ca tio ns sun sha ding

3 s p o ts p av i l i o n l o cati o n s

n atu ral p ath ci rcu l ati o n s

rock locations seatings

pl an o f o ne m odule

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steel tube primary s t r u c t u re

c able sec ondary struc ture

membr a ne ter ita r y s tr uctur e

jo int ex tr a str uctur e

o ne mo dule

i so m etri c v i ew o f u p p er n o de w i th m em bran e

h y dr a u l i c m a c h i n e r y to a l l ow a dj u s t m e n t o f l a n ds c a pe

3 m odules s a m e direc t ion

2 mo dules dif fer ent dir ectio ns

1 mo du l e

i so m etri c v i ew o f l ower n o de w i th braci n g

i so m etr i c v i ew o f o n e m o du l e s t r u c t u r e

。。。。。 sc a t t e re d c om bin a t ion s

s e ct i o n x x

e l eva t i o n 1

section yy

eleva tio n 2

el evati o n 3

el evati o n 4

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