Page 1

Jamison Guest Nicholas Kothari Jason Ivaliotis Donna Pallotta


&RQWHQWV J.,3VWXGLR

%URQ[,QGXVWULDO/RIWV 

$UFKLWHFWXUDO)ORRU3ODQV $$



5RRI3ODQ $



%XLOGLQJ(OHYDWLRQV $$



%XLOGLQJ6HFWLRQV 'HWDLOV $$



([LW6WDLUV $



5HIOHFWHG&HLOLQJ3ODQV $$



6WUXFWXUDO+9$&3ODQV 66++


J.,3VWXGLR %URQ[/RIWV


QRWRQO\DGGWRWKHYLVXDOLQWHUHVWRIWKHVWUXFWXUHEXWDOORZ IRUVRODUVKDGLQJRIWKHVRXWKIDo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

%URQ[/RIWV J.,3VWXGLR

'HVLJQHGWRDFFRPPRGDWHRYHURFFXSDQWVIRUD PL[HGXVHOLJKWLQGXVWULDOEXLOGLQJLQ%URQ[1<WKHVWUXFWXUH VWULYHVWREHERWKOLJKWDQGVROLGWKURXJKDVWUXFWXUDOJUDGLHQW WKDWYDULHVWKHORDGWKURXJKRXWWKHEXLOGLQJ7ZRRIWKHIORRUV IRXUWKDQGHLJKWKIRUPDVSDFHWUXVVV\VWHPIURPZKLFKWKH UHPDLQLQJIORRUVDUHKXQJWKXVHOLPLQDWLQJWKHQHHGIRU FROXPQVWKURXJKRXWWKHWHQDQWRFFXSLHGVSDFHV7KHVHVSDFH WUXVVIORRUVDUHVXSSRUWHGE\WZR³VXSHUFROXPQV´RQHZLWKLQ HDFKEXLOGLQJFRUHZKLFKDUHFRPSRVHGRIVWHHOZLGHIODQJH FROXPQVZLWKFURVVEUDFLQJ7KHVHVXSHUFROXPQVDOVRDFWDV ZLQGWUXVVHVDQGWKHUHIRUHH[LVWDVWKHSULPDU\ODWHUDO VWDELOL]HUIRUWKHHQWLUHVWUXFWXUH (DFKVSDFHWUXVVIORRULVFDQWLOHYHUHGRXWRIWKHVRXWKHUQ IDoDGHWRSURYLGHVRODUVKDGLQJWRWKHIORRUVEHORZ6LQFHWKH FDQWLOHYHUHGIRUPVDGGWRWKHRYHUDOOVTXDUHIRRWDJHRIWKH EXLOGLQJWKHVHVSDFHWUXVVIORRUVKDYHDSRUWLRQRIWKHIORRU DUHDVXEWUDFWHGDWWKHQRUWKIDoDGHWRIRUPGRXEOHKLJK VSDFHVRQWKHWKLUGDQGVHYHQWKIORRUWKHUHE\DOORZLQJWKH EXLOGLQJWRFRQIRUPWRWKHPD[LPXPVTXDUHIRRWDJHJLYHQLQ WKHSURJUDP(DFKVSDFHWUXVVIORRUVXSSRUWVWZRKDQJLQJ IORRUVEHORZZLWKWHQVLOHVWHHOFROXPQKDQJHUV (DFKRIWKHWZREXLOGLQJFRUHVFRQWDLQVILUHHJUHVVVWDLUV PHFKDQLFDOURRPVDQGUHVWURRPVWKHUHE\DFWLQJDVSULPDU\ VXSSRUWVSDFHV,QWKLVPDQQHUWKHHQWLUHEXLOGLQJ LVVXVSHQGHGRIIRIWKHFRUHIRUPDOO\SURJUDPPDWLFDOO\DQG VWUXFWXUDOO\7KHORDGIURPWKH³VXSHUFROXPQV´LVWUDQVIHUUHG WRDODUJHFRQFUHWHIRRWLQJDSSUR[LPDWHO\WHQIHHWLQGHSWK ZKLFKLVLQWXUQDQFKRUHGWRWKHEHGURFNEHORZWKHVLWHZLWK URFNDQFKRUVVSDFHGDWHLJKWIRRWLQWHUYDOV7KHVHFDQWLOHYHUV


J.,3VWXGLR %URQ[/RIWV


$ J.,3VWXGLR )ORRU3ODQV


$

J.,3VWXGLR

)ORRU3ODQV


$ J.,3VWXGLR )ORRU3ODQV


$

J.,3VWXGLR

)ORRU3ODQV


$ J.,3VWXGLR )ORRU3ODQV


$

J.,3VWXGLR

)ORRU3ODQV


J.,3VWXGLR 5RRI3ODQ


$

J.,3VWXGLR

5RRI3ODQ


$ J.,3VWXGLR %LEVATIONS


$ J.,3VWXGLR (OHYDWLRQV


SOU

A-3.2

gKIPstudio

Elevations


A-3.3

gKIPstudio Elevations


A-3.3

gKIPstudio

Elevations


Sections

46’-2”

54’-0”

22’-0” 11’-6”

DL = 54’ x 0.0573ksf = 3k LL = 54’ x 0.03ksf = 1.6K

DL = 46.18’ x 0.0573ksf = 2.6k LL = 46.18’ x 0.03ksf = 1.4K

gKIPstudio

14’-0”

Roof

DL = 46.18’ x 0.0573ksf = 2.6k LL = 46.18’ x 0.125ksf = 5.8k

DL = 11.5’ x 0.0573ksf = 0.7k LL = 11.5‘ x 0.125ksf = 1.4k 14’-0”

8th

14’-0”

7th

14’-0”

6th

14’-0”

5th

14’-0”

4th

14’-0”

3rd

DL = 46.18’ x 0.0573ksf = 2.6k LL = 46.18’ x 0.125ksf = 5.8k

32.8 K

DL = 46.18’ x 0.0573ksf = 2.6k LL = 46.18’ x 0.125ksf = 5.8k

2436K

DL = 46.18’ x 0.0573ksf = 2.6k LL = 46.18’ x 0.125ksf = 5.8k

DL = 54’ x 0.0573ksf = 3k LL = 54’ x 0.03ksf = 1.6K DL = 46.18’ x 0.0573ksf = 2.6k LL = 46.18’ x 0.125ksf = 5.8k

DL = 11.5’ x 0.0573ksf = 0.7k LL = 11.5‘ x 0.125ksf = 1.4k

DL = 46.18’ x 0.0573ksf = 2.6k LL = 46.18’ x 0.125ksf = 5.8k

DL = 46.18’ x 0.0573ksf = 2.6k LL = 46.18’ x 0.125ksf = 5.8k

32.8 K

32.8 K

37.4 K

a

Rb

SUPER COLUMN / WIND TRUSS Column No. B5, C5, B9, C9 WIND MOMENT

Ma = 37.4K + (6 X 32.8K) + 16.4K = 250.6K M = 250.6K / 6 WIND TRUSSES = 42KFT Overturning Wind Moment = 42 kft x 58’ = 2436 kft

A-4.0

32.8 K

32.8 K

1st

E

32.8 K

46’-2”

18’-0”

2nd

16.4 K

Rs


A-4.0

gKIPstudio

Details


Sections

9‘ 18.7’

25’-0”

23’-1”

5.6k

27’-0”

22’-0” 5’-9”

3k

14’-0”

Roof 10.65k

2.6k

8th 14’-0”

46’-2” 11.15k

14’-0”

gKIPstudio

14.2k

82.65k CENTER

11.15k

7th

162.4 K 14’-0”

6th 3k

11.15k

14’-0”

5th 10.65k

2.6k

11.15k

58’-0”

14’-0”

11.15k

14’-0”

4th

3rd

18’-0”

2nd

1st

SUPER COLUMN / WIND TRUSS Column No. B5, C5, B9, C9

a

Rb

Rs

WIND MOMENT

P = 0.03K X 116’ X 280’ = 974 K (162.4 K @ EACH OF 6 WINDTRUSSES) Overturning Wind Moment = 162.4 kft x 58’ = 9419.2kft Overturning Moment = [(11.15k x (23.1’ x 6)) + (10.65k x 5.75’) + (5.6k x 23.1’)] - [2(3k x 27) + 2(2.6k x 23.1’)] = 1736 - 282 = 1454kft

A-4.1


A-4.1

gKIPstudio

Details


A-4.2

gKIPstudio Sections


A-4.2

gKIPstudio

Details


A-4.3

gKIPstudio Sections


$

J.,3VWXGLR

'HWDLOV


$ J.,3VWXGLR 6HFWLRQV


$

J.,3VWXGLR

'HWDLOV


$ J.,3VWXGLR 6HFWLRQV


$

J.,3VWXGLR

'HWDLOV


6HFWLRQV J.,3VWXGLR

+DQJHU&RQQHFWLRQ#3HULPHWHU%HDP

$

3ODWH&RQQHFWLRQV#6XSHU7UXVV


'HWDLOV J.,3VWXGLR *ODVV)LQ&RQQHFWLRQ#&RQFUHWH6ODE

3DUDSHW5RRI'HWDLO

6XVSHQGHG&HLOLQJ3DQHO /LJKWLQJ

*ODVV6NLUW'HWDLO

$


$ J.,3VWXGLR ([LW6WDLUV


$

J.,3VWXGLR

([LW6WDLUV


$ J.,3VWXGLR &HLOLQJ3ODQV


$

J.,3VWXGLR

&HLOLQJ3ODQV


$ J.,3VWXGLR &HLOLQJ3ODQV


$

J.,3VWXGLR

&HLOLQJ3ODQV


6 J.,3VWXGLR 6WUXFWXUH


6

J.,3VWXGLR

6WUXFWXUH


6 J.,3VWXGLR 6WUXFWXUH


6

J.,3VWXGLR

6WUXFWXUH


6 J.,3VWXGLR 6WUXFWXUH


6

J.,3VWXGLR

6WUXFWXUH


6 J.,3VWXGLR 6WUXFWXUH


6

J.,3VWXGLR

6WUXFWXUH


+9$&3ODQV J.,3VWXGLR

0HFKDQLFDO6\VWHPV

 

7KHURRIWRSXQLWVSXPSDLULQWRDPDLQ YHUWLFDOGXFWZLWKLQWKHPHFKDQLFDOVKDIW RI HDFK FRUH 7KH YHUWLFDO GXFW VHUYHV DLUKDQGOLQJXQLWVRQHDFKIORRU



0DLQGXFWZRUNLVORFDWHGDERYHWKHSUL PDU\FLUFXODWLRQFRUULGRUDQGLQGLFDWHG E\WKHORZHUFHLOLQJDWWKHORFDWLRQV EHWZHHQWKHWZRFRUHV



([KDXVW DLU LV FLUFXODWHG LQWR D YHUWLFDO GXFWZLWKLQWKHPHFKDQLFDOVKDIWZKLFK UXQVWRWKHURRI·VSULPDU\H[KDXVW



6HFRQGDU\GXFWVUXQSDUDOOHOWREHDPV DQGDUHFRQFHDOHGE\SHUIRUDWHGPHWDO SDQHOVDOORZLQJHDVHRIDFFHVVLELOLW\



9HUWLFDO GXFWV VHUYH DLU KDQGOLQJ XQLWV RQHDFKIORRU



$LUKDQGOLQJXQLWVFLUFXODWHDLUWKURXJK RXWWKHYHQWLODWLRQV\VWHP



)LQ 7XELQJ FRQFHDOHG LQ D FODGGHG EHDP UXQV DORQJ WKH SHULPHWHU RI WKH IORRUVZLWKVXSSO\DQGUHWXUQ

578·V (;&+$1*($,5 )5(6+$,56833/< &(175$/$,5 5(7851$,5 ),178%(6833/< ),178%(5(7851

+HDW([FKDQJHV

+

 &RPSOHWH0HFKDQLFDO6\VWHP


+

J.,3VWXGLR

+9$&3ODQV


+ J.,3VWXGLR +9$&3ODQV


+

J.,3VWXGLR

+9$&3ODQV

GKIP Studio – Technical Portfolio  

GKIP Studio – Technical Portfolio Columbia University Advanced Building Systems II Project: Industrial Loft Design: Architecture + Engineeri...

Read more
Read more
Similar to
Popular now
Just for you