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A MERICAN A RT M USEUM Northeast, United States Sean Felton | Structural Advisor: Sustersic AE Senior Thesis 2013.

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Presentation on theme: "A MERICAN A RT M USEUM Northeast, United States Sean Felton | Structural Advisor: Sustersic AE Senior Thesis 2013."— Presentation transcript:

1 A MERICAN A RT M USEUM Northeast, United States Sean Felton | Structural Advisor: Sustersic AE Senior Thesis 2013

2 F INAL P RESENTATION O UTLINE Building Introduction Problem Background Proposed Structural System Architecture Considerations Comparative Summary A MERICAN A RT M USEUM Northeast, United States

3 N O VERVIEW Fully-Functional Facility 220,000 sq. ft. 150’ tall 9 Stories, Varying Floor Heights May 2011 – December 2014 Design-Bid-Build; Single Prime Contract $266,345,323 GMP www.maps.google.com N N A MERICAN A RT M USEUM Building Introduction Building Overview Project Team Problem Background Proposed Structural System Architecture Considerations Comparative Summary

4 P ROJECT T EAM www.maps.google.com N Owner: General Contractor: Design Architect: Executive Architect: Structural Engineer: Geotechnical: Not Disclosed Turner Construction Renzo Piano Building Workshop Cooper, Robertson & Partners Robert Silman Associates URS Corporation A MERICAN A RT M USEUM N N Building Introduction Building Overview Project Team Problem Background Proposed Structural System Architecture Considerations Comparative Summary

5 P ROBLEM S TATEMENT N 4 Columns Exposed Column 3-M.5 is Last Support Exists outside Building Envelope Architect Request for Removal A MERICAN A RT M USEUM Building Introduction Problem Background Existing System SE Corner Cantilever Problem Statement Proposed Structural System Architecture Considerations Comparative Summary

6 S OLUTION G OALS N Structural Stability without 3-M.5 Serviceability Minimize Architectural Impact Minimize Weight and Cost Work within Precedence Provide Enough Evidence for Decision A MERICAN A RT M USEUM Building Introduction Problem Background Proposed Structural System Solution Goals Load Path Comparison Design Assumptions Truss X Foundations Deflections Architecture Considerations Comparative Summary

7 C URRENT L OAD P ATH Floor N-S Truss 0.9 Trusses H, J, L 3-M.5, PG46-2 N A MERICAN A RT M USEUM N Building Introduction Problem Background Proposed Structural System Solution Goals Load Path Comparison Design Assumptions Truss X Foundations Deflections Architecture Considerations Comparative Summary

8 P ROPOSED L OAD P ATH Floor N-S Truss 0.9 Trusses H, N.2 Truss X Truss J N A MERICAN A RT M USEUM N Building Introduction Problem Background Proposed Structural System Solution Goals Load Path Comparison Design Assumptions Truss X Foundations Deflections Architecture Considerations Comparative Summary

9 D ESIGN A SSUMPTIONS A MERICAN A RT M USEUM 1.2D + 1.6L + 0.5S No Composite Action Concentric Connections No Impact on Lateral System M ODELING A SSUMPTIONS Individual Models Itemized Reactions P-D Effects not Considered Deflections Checked Separate Building Introduction Problem Background Proposed Structural System Solution Goals Load Path Comparison Design Assumptions Truss X Foundations Deflections Architecture Considerations Comparative Summary

10 T RUSS X Point Loads at Panel Points Level 4 Beams for Bracing Truss J resists uplift A MERICAN A RT M USEUM 42’31’11’ Building Introduction Problem Background Proposed Structural System Solution Goals Load Path Comparison Design Assumptions Truss X Overview Custom Members Summary Foundations Deflections Architecture Considerations Comparative Summary

11 A MERICAN A RT M USEUM T RUSS X Mu = 40,700 ft-k Vu = 3200 k Tu = 1580 k Level 5 D = 1340 k L = 945 k S = 2 k Pu =3200 k 42’31’11’ Building Introduction Problem Background Proposed Structural System Solution Goals Load Path Comparison Design Assumptions Truss X Overview Custom Members Summary Foundations Deflections Architecture Considerations Comparative Summary

12 A MERICAN A RT M USEUM T RUSS X Mu = 40,700 ft-k Vu = 3200 k Tu = 1580 k 42’31’11’ Building Introduction Problem Background Proposed Structural System Solution Goals Load Path Comparison Design Assumptions Truss X Overview Custom Members Summary Foundations Deflections Architecture Considerations Comparative Summary Level 5 D = 1340 k L = 945 k S = 2 k Pu =3200 k

13 T RUSS X A MERICAN A RT M USEUM PG56-1Capacity Lb 20ft  Mn 41571ft-k D 56in  Vn 3402k B 24in  Tn 25245k tf 10in  Pn 27541k tw 2.25in Mu = 40,700 ft-k Vu = 3200 k Tu = 1580 k Achieves 94% Efficiency 42’31’11’ Building Introduction Problem Background Proposed Structural System Solution Goals Load Path Comparison Design Assumptions Truss X Overview Custom Members Summary Foundations Deflections Architecture Considerations Comparative Summary Level 5 D = 1340 k L = 945 k S = 2 k Pu =3200 k

14 T RUSS X A MERICAN A RT M USEUM 42’31’11’ ShapeLu  Mn  Pn  Tn 15A 2575024212295 15B 2562421611685 22 25171443893545 D = 3392 k L = 2419 k S = 4 k P U = 7943 k 24R-1  Pn= 8272 k Building Introduction Problem Background Proposed Structural System Solution Goals Load Path Comparison Design Assumptions Truss X Overview Custom Members Summary Foundations Deflections Architecture Considerations Comparative Summary

15 T RUSS X A MERICAN A RT M USEUM 42’31’11’ Pipe Do 24in t 1.75in Concrete f'c 15000psi fy 150ksi no. 11 n 16 Capacity  Pn 8272k  Tn 8053k  Mn 2754ft-k Building Introduction Problem Background Proposed Structural System Solution Goals Load Path Comparison Design Assumptions Truss X Overview Custom Members Summary Foundations Deflections Architecture Considerations Comparative Summary D = 3392 k L = 2419 k S = 4 k P U = 7943 k 24R-1  Pn= 8272 k

16 T RUSS X A MERICAN A RT M USEUM 42’31’11’ Multiple Custom Sections PG56-1 PG46-3 24R-1 W14x 68 – W14x455 – W27x539 Eccentricity Issues Final Weight :121.6 t Building Introduction Problem Background Proposed Structural System Solution Goals Load Path Comparison Design Assumptions Truss X Overview Custom Members Summary Foundations Deflections Architecture Considerations Comparative Summary

17 T RUSS S UPPORTS A MERICAN A RT M USEUM HJL M.5N.2 3 4 6 D = -350 k L = -252 k S = -1 k T U = -823 k W14x74  Tn= -981 k D = 429 k L = 179 k S = 2 k P U = 802 k 15-B  Pn= 2161 k D = -973 k L = -179 k S = -6 k T U = -1206 k 15-B  Tn= -1685 k ShapeLu  Mn  Pn  Tn 15A 2575024212295 15B 2562421611685 22 25171443893545 D = -906 k L = -572 k S = -16 k T U = -2009 k 15-A  Tn= 2295 k Building Introduction Problem Background Proposed Structural System Solution Goals Load Path Comparison Design Assumptions Truss X Foundations Truss Supports Caissons Deflections Architecture Considerations Comparative Summary

18 T RUSS S UPPORTS A MERICAN A RT M USEUM HJL M.5N.2 3 4 6 D = 3392 k L = 2419 k S = 4 k P U = 7943 k 24R-1  Pn= 8272 k D = 2479 k L = 1661 k S = 34 k P U = 5646 k 24R-1  Pn= 8272 k Pipe Do 24in t 1.75in Concrete f'c 15000psi fy 150ksi no. 11 n 16 Capacity  Pn 8272k  Tn 8053k  Mn 2754ft-k Building Introduction Problem Background Proposed Structural System Solution Goals Load Path Comparison Design Assumptions Truss X Foundations Truss Supports Caissons Deflections Architecture Considerations Comparative Summary

19 F OUNDATIONS A MERICAN A RT M USEUM 1 2 3 D+H+F+L+S+T HJL M.5N.2 3 4 6 T U = -248 t (2) #1 Ta = -302 t P U = 3022 t (5) #2 Pa = 3726 t P U = 378 t (1) #1 Pa = 414 t P U = 2191 t (4) #2 Pa = 2484 t T U = -470 t (3) #2 Ta = -681 t T U = -675 t (2) #1 Ta = -302 t Building Introduction Problem Background Proposed Structural System Solution Goals Load Path Comparison Design Assumptions Truss X Foundations Truss Supports Caissons Deflections Architecture Considerations Comparative Summary

20 D EFLECTIONS & S ERVICEABILITY A MERICAN A RT M USEUM D LL = 2.85 in D TL = 7.57 in Building Introduction Problem Background Proposed Structural System Solution Goals Load Path Comparison Design Assumptions Truss X Foundations Deflections Architecture Considerations Comparative Summary Cantilever = 45’-10” IBC Chapter 16 Live Load = (½) x l/360 = l/180 Total Load = (½) x l/240 = l/120

21 A RCHITECTURE C ONSIDERATIONS A MERICAN A RT M USEUM Minimize Impact of Architecture Open Office Spaces Panel Module Alignment Architectural Envelope Façade and Glazing Building Introduction Problem Background Proposed Structural System Architecture Considerations Comparative Summary

22 A MERICAN A RT M USEUM P ANEL M ODULE A LIGNMENT 26’44’ Building Introduction Problem Background Proposed Structural System Architecture Considerations Comparative Summary

23 P ANEL M ODULE A LIGNMENT A MERICAN A RT M USEUM Building Introduction Problem Background Proposed Structural System Architecture Considerations Comparative Summary

24 P ANEL M ODULE A LIGNMENT A MERICAN A RT M USEUM Building Introduction Problem Background Proposed Structural System Architecture Considerations Comparative Summary

25 C OMPARATIVE S UMMARY A MERICAN A RT M USEUM Building Introduction Problem Background Proposed Structural System Architecture Considerations Comparative Summary

26 A CKNOWLEDGEMENTS A MERICAN A RT M USEUM The Owner Turner Construction The AE Faculty Classmates Family, Friends Building Introduction Problem Background Proposed Structural System Architecture Considerations Comparative Summary

27 J URY Q UESTIONS ? A MERICAN A RT M USEUM Building Introduction Problem Background Proposed Structural System Architecture Considerations Comparative Summary


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