Seismic and Wind Design of Concrete Buildings,9781580011129

Seismic and Wind Design of Concrete Buildings

by ;
ISBN13: 9781580011129
ISBN10: 1580011128
Format: Paperback
Pub. Date: 2003-10-01
Publisher(s): Intl Conference of Bldg Officials
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Table of Contents

Preface xiii
Introduction
1(1)
Overview
1(1)
Earthquake-Resistant Design
2(48)
Background
2(1)
Nature of Earthquake Motion
2(2)
Design Philosophy
4(2)
Evolution of U.S. Seismic Codes
6(3)
Evolution of Seismic Design Criteria
9(1)
Response of Concrete Buildings to Seismic Forces
10(1)
Diaphragm Response
11(2)
Seismic Response of Shear Walls
13(1)
Seismic Response of Frames
14(1)
Foundation Response
14(1)
Seismic Design Requirements of the 2000 IBC
15(1)
General Requirements
15(2)
Site Ground Motion
17(2)
Seismic Design Category
19(2)
Building Configuration
21(2)
Analysis Procedures
23(13)
Seismic-Force-Resisting Systems
36(4)
Seismic Force Effects
40(3)
Structural Component Load Effects
43(2)
Detailing Requirements
45(1)
Impact of the 2000 IBC Seismic Design Provisions
46(1)
Comparison: 2000 IBC and 1999 BOCA/NBC
47(1)
Comparison: 2000 IBC and 1997 UBC
47(1)
Comparison: 2000 IBC and 1999 SBC
48(1)
Overall Observations
49(1)
Wind-Resistant Design
50(9)
Wind Forces
50(1)
Response of Concrete Buildings to Wind Forces
51(1)
Wind Design Requirements of the 2000 IBC
52(1)
Simplified Provisions for Low-rise Buildings
52(1)
Wind Loads According to ASCE 7-98
53(6)
References
59
Office Building with Dual and Moment-Resisting Frame Systems
1(1)
Introduction
1(1)
Design for SDC A
1(27)
Design Data
1(2)
Seismic Load Analysis
3(1)
Wind Load Analysis
3(7)
Design for Combined Load Effects
10(3)
Load Combinations
13(1)
Design of Beam C4-C5
14(5)
Design of Column C4
19(4)
Design of Shear Wall on Line 7
23(5)
Design for SDC C
28(24)
Design Data
28(1)
Seismic Load Analysis
29(1)
Seismic Design Category (SDC)
29(1)
Seismic Forces
30(3)
Method of Analysis
33(1)
Story Drift and P-delta Effects
34(2)
Wind Load Analysis
36(1)
Wind Forces
36(1)
Method of Analysis
36(1)
Design for Combined Load Effects
37(1)
Load Combinations
37(1)
Design of Beam C4-C5
38(5)
Design of Column C4
43(4)
Design of Shear Wall on Line 7
47(5)
Design for SDC D
52(45)
Design Data
52(2)
Seismic Load Analysis
54(1)
Seismic Design Category (SDC)
54(1)
Seismic Forces
55(3)
Method of Analysis
58(1)
Story Drift and P-delta Effects
59(2)
Soft Story
61(2)
Wind Load Analysis
63(1)
Wind Forces
63(1)
Method of Analysis
63(1)
Design for Combined Load Effects
63(1)
Load Combinations
63(4)
Design of Beam C4-C5
67(9)
Design of Column C4
76(8)
Design of Beam-Column Joint
84(5)
Design of Shear Wall on Line 7
89(8)
Design for SDC E
97(43)
Design Data
98(1)
Seismic Load Analysis
99(1)
Seismic Design Category (SDC)
99(1)
Seismic Forces
100(3)
Method of Analysis
103(1)
Story Drift and P-delta Effects
104(2)
Soft Story
106(1)
Wind Load Analysis
107(1)
Design for Combined Load Effects
108(1)
Load Combinations
108(3)
Design of Beam C4-C5
111(8)
Design of Column C4
119(9)
Design of Beam-Column Joint
128(4)
Design of Shear Wall on Line 7
132(8)
References
140
Residential Building with Shear Wall-Frame Interactive and Building Frame Systems
1(1)
Introduction
1(1)
Design for SDC A
1(31)
Design Data
1(2)
Seismic Load Analysis
3(1)
Wind Load Analysis
4(6)
Design for Combined Load Effects
10(1)
Load Combinations
11(1)
Slab Design
12(14)
Design of Column B2
26(1)
Design of Shear Wall on Line 4
27(5)
Design for SDC B
32(14)
Design Data
33(1)
Seismic Load Analysis
33(1)
Seismic Design Category (SDC)
33(1)
Seismic Forces
34(2)
Method of Analysis
36(1)
Story Drift and P-delta Effects
37(1)
Wind Load Analysis
38(1)
Wind Forces
38(1)
Method of Analysis
38(1)
Design for Combined Load Effects
39(1)
Load Combinations
39(1)
Slab Design
40(4)
Design of Column B2
44(1)
Design of Shear Wall on Line 4
45(1)
Design for SDC C
46(23)
Design Data
46(1)
Seismic Load Analysis
47(1)
Seismic Design Category (SDC)
47(1)
Seismic Forces
48(2)
Method of Analysis
50(1)
Story Drift and P-delta Effects
51(1)
Wind Load Analysis
52(1)
Wind Forces
52(1)
Method of Analysis
52(1)
Design for Combined Load Effects
53(1)
Load Combinations
53(1)
Slab Design
54(10)
Design of Column B2
64(4)
Design of Shear Wall on Line 4
68(1)
Design for SDC D -- Southeastern U.S.
69(26)
Design Data
69(2)
Seismic Load Analysis
71(1)
Seismic Design Category (SDC)
71(1)
Seismic Forces
72(1)
Method of Analysis
73(2)
Story Drift and P-delta Effects
75(1)
Wind Load Analysis
76(1)
Wind Forces
76(1)
Method of Analysis
76(1)
Design for Combined Load Effects
77(1)
Load Combinations
77(2)
Slab Design
79(9)
Design of Column B2
88(1)
Design of Shear Wall on Line 4
89(6)
Design for SDC D -- California
95(16)
Design Data
95(2)
Seismic Load Analysis
97(1)
Seismic Design Category (SDC)
97(1)
Seismic Forces
98(2)
Method of Analysis
100(1)
Story Drift and P-delta Effects
100(1)
Wind Load Analysis
101(1)
Design for Combined Load Effects
101(1)
Load Combinations
101(2)
Slab Design
103(3)
Design of Column B2
106(1)
Design of Shear Wall on Line 4
106(5)
Design for SDC E
111(2)
Design Data
111(1)
Seismic Load Analysis
112(1)
Seismic Design Category (SDC)
112(1)
Seismic Forces
113(1)
References
113
School Building with Moment-Resisting Frame
1(1)
Introduction
1(1)
Design for SDC B
1(21)
Design Data
1(2)
Seismic Load Analysis
3(1)
Seismic Design Category (SDC)
3(1)
Seismic Forces
4(1)
Method of Analysis
5(1)
Story Drift and P-delta Effects
6(1)
Wind Load Analysis
7(1)
Wind Forces
7(4)
Method of Analysis
11(1)
Design for Combined Load Effects
11(1)
Load Combinations
11(1)
Design of Beam B3-C3
12(6)
Design of Column C3
18(4)
Design for SDC C
22(16)
Design Data
22(1)
Seismic Load Analysis
23(1)
Seismic Design Category (SDC)
23(1)
Seismic Forces
24(1)
Method of Analysis
25(1)
Story Drift and P-delta Effects
26(1)
Wind Load Analysis
27(1)
Wind Forces
27(1)
Method of Analysis
27(1)
Design for Combined Load Effects
28(1)
Load Combinations
28(1)
Design of Beam B3-C3
29(5)
Design of Column C3
34(4)
Design for SDC D -- Southeastern U.S.
38(30)
Design Data
38(2)
Seismic Load Analysis
40(1)
Seismic Design Category (SDC)
40(1)
Seismic Forces
41(1)
Method of Analysis
42(1)
Story Drift and P-delta Effects
43(2)
Wind Load Analysis
45(1)
Wind Forces
45(1)
Method of Analysis
45(1)
Design for Combined Load Effects
45(1)
Load Combinations
45(3)
Design of Beam B3-C3
48(8)
Design of Column C3
56(7)
Design of Beam-Column Joint
63(5)
Design for SDC D -- California
68(26)
Design Data
69(1)
Seismic Load Analysis
70(1)
Seismic Design Category (SDC)
70(1)
Seismic Forces
70(2)
Method of Analysis
72(1)
Story Drift and P-delta Effects
73(1)
Wind Load Analysis
74(1)
Wind Forces
74(1)
Method of Analysis
74(1)
Design for Combined Load Effects
74(1)
Load Combinations
74(2)
Design of Beam B3-C3
76(7)
Design of Column C3
83(7)
Design of Beam-Column Joint
90(4)
References
94
Residential Building with Bearing Wall System
1(1)
Introduction
1(1)
Design for SDC A
1(14)
Design Data
1(2)
Seismic Load Analysis
3(1)
Wind Load Analysis
3(5)
Design for Combined Load Effects
8(2)
Load Combinations
10(1)
Design of Shear Wall on Line 5
10(5)
Design for SDC B
15(10)
Design Data
15(1)
Seismic Load Analysis
16(1)
Seismic Design Category (SDC)
16(1)
Seismic Forces
17(2)
Method of Analysis
19(1)
Story Drift and P-delta Effects
19(1)
Wind Load Analysis
20(1)
Wind Forces
20(1)
Method of Analysis
21(1)
Design for Combined Load Effects
21(1)
Load Combinations
21(1)
Design of Shear Wall on Line 5
22(3)
Design for SDC C
25(10)
Design Data
25(1)
Seismic Load Analysis
26(1)
Seismic Design Category (SDC)
26(1)
Seismic Forces
27(2)
Method of Analysis
29(1)
Story Drift and P-delta Effects
29(1)
Wind Load Analysis
30(1)
Wind Forces
30(1)
Method of Analysis
31(1)
Design for Combined Load Effects
31(1)
Load Combinations
31(1)
Design of Shear Wall on Line 5
32(3)
Design for SDC D
35(16)
Design Data
35(1)
Seismic Load Analysis
36(1)
Seismic Design Category (SDC)
36(1)
Seismic Forces
36(2)
Method of Analysis
38(1)
Story Drift and P-delta Effects
39(1)
Wind Load Analysis
39(1)
Wind Forces
39(1)
Method of Analysis
40(1)
Design for Combined Load Effects
41(1)
Load Combinations
41(1)
Design of Shear Wall on Line 5
42(9)
Design for SDC E
51(16)
Design Data
52(1)
Seismic Load Analysis
52(1)
Seismic Design Category (SDC)
52(1)
Seismic Forces
53(2)
Method of Analysis
55(1)
Story Drift and P-delta Effects
55(2)
Wind Load Analysis
57(1)
Design for Combined Load Effects
57(1)
Load Combinations
57(2)
Design of Shear Wall on Line 5
59(8)
References
67
Parking Structure with Building Frame System
1(43)
Introduction
1(1)
Design for SDC B
1(17)
Design Data
1(2)
Seismic Load Analysis
3(1)
Seismic Design Category (SDC)
3(1)
Seismic Forces
4(1)
Method of Analysis
5(1)
Story Drift and P-delta Effects
6(2)
Overturning
8(1)
Wind Load Analysis
9(4)
Design for Combined Load Effects
13(1)
Load Combinations
13(1)
Design of Shear Wall No. 5
14(4)
Design for SDC C
18(11)
Seismic Load Analysis
18(1)
Seismic Design Category (SDC)
18(2)
Seismic Forces
20(1)
Method of Analysis
21(1)
Story Drift and P-delta Effects
22(1)
Overturning
23(1)
Wind Load Analysis
24(1)
Design for Combined Load Effects
24(1)
Load Combinations
24(1)
Design of Shear Wall No. 5
25(4)
Design for SDC D
29(15)
Design Data
30(1)
Seismic Load Analysis
31(1)
Seismic Design Category (SDC)
31(1)
Seismic Forces
31(3)
Method of Analysis
34(1)
Story Drift and P-delta Effects
35(1)
Overturning
36(1)
Wind Load Analysis
37(1)
Design for Combined Load Effects
37(1)
Load Combinations
37(2)
Design of Shear Wall No. 5
39(5)
References
44

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