HEX Adaptive Predictive Facade

81'(5*5$' 3257)2/,2

$0$1'$ */$'<6=

KINETIC FACADE

We were tasked with creating a kinetic facade system that I aspired to use little to no mechanical hvac system through the majority of the year. This is a modular kit of parts that can be adapted for different uses such as building typology or regional climate. The facade utilizes phase change material and a pneumatic ETFE system to effectively control energy.

INSTRUCTOR

TROY PETERS SPRING 2019

35(&('(17 678'<

0(',$ 7,& (15,& 58,= *(/,

VKDSH FKRLFH WKURXJK WHVVHODWLRQ

UDGLXV

VKDSH FKRLFH WKURXJK ZDVWHG VSDFH LQYDULDELOLW\

LXV UDG UDG

UDGLXV

LXV UDG UDGLXV

LXV

,'(17,)< '(6,*1 ,668(6 ,'(17,)< '(6,*1 ,668(6 (7)( 6(3$5$7( )520 (1&/2685( ($&+ (7)( 3$1(/ 5(48,5(6 ,1',9,'8$/ 6<67(0 *5,' ,6 127 81,)250 9,(:6 $5( 6(9(5(/< /,0,7(' 81$%/( 72 &2//(&7 +($7 (1(5*<

,'(17,)< '(6,*1 *2$/6 ,03/(0(17 35(',&7,9( $'$37,9( )$&$'( 6<67(0 &87 (1(5*< &2168037,21

GLIIHUHQFH

/,0,7 0(&+ +($7,1* &22/,1*

U U

0$;,0,=( '$</,*+7,1* 237,0,=( 7+(50$/ &20)257 9(17,/$7,21 )25 ($&+ 63$&( &5($7( )/(;,%/( 02'8/$5 )$&$'( 6<67(0 &5($7( 6(/) 6867$,1(' )$&$'( (1(5*< 6<67(0

&5($7( .,7 2) 3$576

DGDSWDELOLW\ PRGXODULW\

ORQJHYLW\

Â&#x2021; FOLPDWH ]RQHV Â&#x2021; EXLOGLQJ W\SRORJ\ Â&#x2021; VRODU RULHQWDWLRQ

GLIIHUHQFH

U U

GLIIHUHQFH

U U

+2: (7)( :25.6 21 $ %8,/',1*

(7)( VWDWV

(7)( RSHQ

+2: 72 6833/(0(17 (7)( :,7+ 3$66,9( 6<67(0

(7)( FORVHG

OLJKW SODVWLF ILOP XVHG WR UHJXODWH OLJKW WUDQVPLVVLRQ LQVXODWLQJ YDOXHV

3KDVH &KDQJH 0DWHULDO PDWHULDO ZLWK D KLJK KHDW RI IXVLRQ WKDW ZKHQ PHOWLQJ DQG VROLGLI\LQJ LV DEOH WR VWRUH KLJK DPRXQWV RI KHDW HQHUJ\

SURSHUWLHV RI YLDEOH 3&0

WHP S LQ

\ HUJ W HQ KHD

KHDW HQHUJ \

SFP VROLGLI\LQJ UHOHDVLQJ KHDW HQHUJ\

KRZ GRHV 3&0 ZRUN"

SFP PHOWLQJ DEVRUELQJ KHDW HQHUJ\

KHDW RI IXVLRQ

V VH HD FU

DV D SQHXPDWLF V\VWHP RQ D EXLOGLQJ IDFDGH 23(1

VDOW K\GUDWHV

SDUDIILQ

&/26('

/D\HU

/D\HU

I

/D\HUV 7RJHWKHU

DO

S

EORFNV VXQOLJKW UHMHFWV KHDW

WH P

UHFHLYHV VXQOLJKW VRODU LQVXODWRU

ZRUNLQJ WHPS UDQJH

SFP VROLG VWDWH

OV

SFP OLTXLG VWDWH +2: (7)( 02'8/(6 5(&,(9( $,5

(7)( SQHXPDWLF V\VWHP

VKLIW LQ WHPSHUDWXUH SHDN WLPHV

UHGXFWLRQ LQ WHPSHUDWXUH SHDNV %DWWHU\

&RQWUROOHU SP

ZLWK 3&0 ZLWKRXW 3&0

,QYHUWHU

WHPSHUDWXUH

'D\OLJKW 6HQVRU 3QHXPDWLF 3XPS

(7)( PRGXOHV RI SDQHOV

VRODU SDQHOV RQ URRI

GD\

QLJKW

WHPSHUDWXUH

7KHUPRPHWHU 3XPS &RQWUROOHU

SP

ZLWK 3&0 ZLWKRXW 3&0

YV

3$5$)),16

6$/7 +<'5$7(6

WHPSHUDWXUH UDQJH

%XLOGLQJ 7\SRORJ\

VHDVRQ DYHUDJH WHPSHUDWXUHV Â&#x192;)

RIILFH EXLOGLQJ

VSULQJ

VXPPHU IDOO

6$/7 +<'5$7(6

ZLQWHU

WHPSHUDWH FOLPDWH

ORZ PHOWLQJ SRLQW

63

PHGLXP PHOWLQJ SRLQW

63

KLJK PHOWLQJ SRLQW

63

FORVHG ZRUNVSDFH

WKHUPDO FRQGXYWLFLW\

FORVHG ZRUNVSDFH

KLJK ODWHQW KHDW

%RVWRQ 0$

KLJK FRQWURO

QRQ IODPPDEOH

RSHQ ZRUNVSDFH

+2: :( 86( 3&0 $6 $ )$&$'( 3$1(/

6ROLGLILFDWLRQ

+2: :( 86( (7)( $6 $ 35(',&7,9( ,168/$725

$EVRUSWLRQ

/LTXLILFDWLRQ

5HOHDVH

(7)( ZLWK 3&0

(7)( RSHQ

(7)( FORVHG

DV D SQHXPDWLF V\VWHP WR SUHGLFW GD\OLJKW

67$57,1* 62/,' GHIOHFWV VRPH VXQOLJKW DEVRUEV KHDW HQHUJ\ PRUH RSDTXH

%(&20,1* /,48,'

67$57,1* /,48,'

%(&20,1* 62/,'

DFFHSWV PRUH OLJKW EXLOGV XS KHDW HQHUJ\ PRUH WUDQVOXFHQW

DFFHSWV PRUH OLJKW VWRUHV KHDW HQHUJ\ PRUH WUDQVSDUHQW

GHIOHFWV PRUH OLJKW UHOHDVHV KHDW HQHUJ\ PRUH WUDQVOXFHQW

23(1 FRQWUROV 3&0 PHOWLQJ DGGHG LQVXODWLRQ

&/26(' FRQWUROV 3&0 VROLGLI\LQJ DGGHG KHDW SURWHFWLRQ

FRQWUROOHG PHOWLQJ

FRQWUROOHG VROLGLI\LQJ

+2: 72 3/$&( 3$1(/6 21 )$&$'( 3$1(/ 02'8/(6

UDWLR RI 3&0 WR JOD]LQJ WHPSHUDWH FOLPDWH

*/$=,1*

3&0

PDMRULW\ SFP HWIH ORZHU FHQWHU IROORZV VXQ SDWK JOD]LQJ DOLJQHG WR H[LW VWDLU

WEST '28%/( */$=,1* 3$1(/

3&0 3$1(/

(7)( 29(5 3&0 3$1(/

*/$=,1* 3$1(/ 67$1'$5',=$7,21

RSHQLQJV DOLJQHG WR LQWHULRU VSDFHV

DOXPLQXP VKDGLQJ GHYLFH

3&0

PRUH JOD]LQJ WRZDUGV ERWWRP

(7)(

EAST

3&0 :,7+ $/80,180 3$1(/

23$48(

RSDTXH SDQHOV RQ QRUWKZHVW FRUQHU

PRVW JOD]LQJ RQ QRUWK

*/$=,1* :,7+ $/80,180 3$1(/

NORTH

9(17,/$7,21 675$7(*,(6

6800(5 9(17,/$7,21 '$< 1,*+7 $,5 75$9(/6 7+528*+ $75,80 681/,*+7 %/2&.(' %< (7)(

OHVV JOD]LQJ WRZDUGV WRS

681/,*+7 $%625%(' %< 3&0

DOXPLQXP SDQHO H[WUXVLRQV ODUJHU WRZDUGV WR

67$/( $,5 +80,',7< (;,76 7+528*+ )/225 6/$%

)5(6+ $,5 75$9(/6 7+528*+ )/225 6/$%

FHQWUDO H[SRVHG SFP DQG HWIH

:,17(5 9(17,/$7,21 '$< 1,*+7

681/,*+7 (17(56 7+528*+ (7)(

67$/( $,5 +80,',7< (;,76 7+528*+ )/225 6/$%

JOD]LQJ RSHQLQJV RSWLPL]HG IRU YLHZV OLJKW

SOUTH

3&0 $%625%6 681/,*+7 5(/($6(6 $7 1,*+7

+2//2: &25( &21&5(7( 6/$% $%625%6 7+(50$/ (1(5*< 5(/($6(6 $7 1,*+7

DAYLIGHT AUTONOMY STUDY FABRICATION LAB // NORTHEAST CORNER

INTERIOR DAYLIGHT PERSPECTIVES

DIVA Simulation Daylight Autonomy (300 lux) Mean Daylight Occupancy: 78.43%

FLOOR 5 // BREAK ROOM

DAYLIGHT AUTONOMY STUDY CONFERENCE & COLLABORATION // SOUTHWEST CORNER DIVA Simulation Daylight Autonomy (300 lux) Mean Daylight Occupancy: 91.6%

FLOOR 4 // OPEN OFFICE

FLOOR 3 // CONFERENCE

CONNECTION OF SPACE AROUND ATRIUM

FLOOR 3

FLOOR 4

FLOOR 2 // FAB LAB

WALL SECTION

3&0 3$1(/

(7)( 3$1(/

*/$=,1* 3$1(/

(;3/2'(' :$// $66(0%/<

SELECTED VISUAL PROGRAMMING

OPTIMIZE OBJECT LOFT

BAKE OBJECT WITH MATERIAL

CREATE DAYLIGHT VISUALIZATION

CREATE MATERIAL INFLATION

BAKE OUTPUT FOR ANIMATION