SLIDE 1
Mo nito ring a nd a dviso ry se rvic e s F a c ilitie s upke e p F a c ilitie s de ve lo pme nt
E aste r n Distr ic t Cultur al Squar e
- T
Mo nito ring a nd a dviso ry se rvic e s F a c ilitie s upke e p - - PowerPoint PPT Presentation
Mo nito ring a nd a dviso ry se rvic e s F a c ilitie s upke e p - - PowerPoint PPT Presentation
Mo nito ring a nd a dviso ry se rvic e s F a c ilitie s upke e p F a c ilitie s de ve lo pme nt E aste r n Distr ic t Cultur al Squar e - T O E xpe rie nc e Sha ring F ACO K O Billy T SOI T O(A)/ AB1/ 14 T O(A)/ AB1/ 13 T
SLIDE 2
SLIDE 3
T
- pic s
- 1. Se nse of 3D
- 2. Co- ope r
ation with othe r br anc h
- 3. Aluminum Pane l standar
dization wor k flow
SLIDE 4
Se nse of 3D
Offse t Alig n Mirro r (Pic k Axis) Mo ve Co py Ro ta te Mirro r (Dra w Axis) Split E le me nt Split E le me nt with Ga p Arra y E xte nd
Comma nd for Dr a wing line s in Re vit
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Using o f 3D Vie w
SLIDE 6
Ca n yo u find the diffe re nc e s o f two vie w b e lo w?
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I n F a c t
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Co- ope r a tion with othe r br a nc h
SLIDE 9
She lte r 1 build up by BIM
If panel be curve
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She lte r 1 build up by BIM
Top & Bottom Panel
Gutter Gutter
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She lte r 1 build up by BIM
1
2 3 4
SLIDE 12
Aluminum Pa ne l sta nda r diza tion wor k flow
Str uc tur al Br anc h built the me tal fr ame
SLIDE 13
Dra wing a 3 po int pa ne l a b o ve the struc ture
SLIDE 14
Use the c urta in syste m to c ut the pa ne l Mullio ns a re c re a te d in the sa me time
SLIDE 15
Use the c urta in syste m to c ut the pa ne l Dra wing 3P & 4P pa ne l o n the to p
- f the c urta in wa ll
syste m
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Ho w to de te rmine the size o f the pa ne l? I t is impo ssib le to me a sure the pa ne l le ng th o ne b y o ne
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Dyna mo is a so lutio n Dyna mo e xte nds b uilding info rma tio n mo de ling with the da ta a nd lo g ic e nviro nme nt
- f a g ra phic a l a lg o rithm
e dito r.
SLIDE 18
Dyna mo c a lc ula te the c o o rdina te o f the pa ne ls
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By the Pytha g o re a n T he o re m, the le ng ths c a n b e find
SLIDE 20
By the Pytha g o re a n T he o re m, the le ng ths c a n b e find
Formula of L1= sqrt((Point2X - Point1X) ^ 2 + (Point2Y - Point1Y) ^ 2 + (Point2Z - Point1Z) ^ 2) Formula of L2= sqrt((Point3X – Point2X) ^ 2 + (Point3Y – Point2Y) ^ 2 + (Point3Z – Point2Z) ^ 2) Formula of L3= sqrt((Point1X – Point3X) ^ 2 + (Point1Y – Point3Y) ^ 2 + (Point1Z – Point3Z) ^ 2)
SLIDE 21
Re sult
SLIDE 22
De te rmine Ma te ria l He ig ht a nd Width o f the T ria ng le Pa ne l
L1 = 1397mm, L2 = 1155mm, L3 = 1293mm Longest Length = L1 = 1397mm Area = 0.699m² (Provide by Revit) Area = Longest Length * Height / 2 Height = 0.699m² / 1.397m
SLIDE 23
De te rmine Ma te ria l He ig ht a nd Width o f the 4 side d Pa ne l
But for the polygon is diffe r e nt
SLIDE 24
De te rmine Ma te ria l He ig ht a nd Width o f the 4 side d Pa ne l
Use d the diagonal to “fix” the shape d of 4 side d Pane l
SLIDE 25
De te rmine Ma te ria l He ig ht a nd Width o f the 4 side d Pa ne l
Diagonal 1=2396mm Diagonal 2=1398mm 1 > 2 Diagonal = 2396mm Height = 1000mm (Fixed) Material Width= Diagonal² + Height²
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VIDE O
SLIDE 27