Structural Steel Design: ASD

by Williams, Alan

• ISBN13: 9781580010559
• ISBN10: 1580010555
• Format: Paperback
• Copyright: 2001-05-01
• Publisher: Intl Code Council
• More Book Details
• Purchase Benefits

Table of Contents

Preface	iii
About the Author	v
Design for Flexure	1	(28)
Compact, noncompact, and slender sections	1	(4)
Bending coefficient	5	(3)
Lateral bracing	8	(1)
Allowable stress for compact sections bending about the major axis	9	(5)
Allowable stress for noncompact sections bending about the major axis	14	(3)
Allowable stress for beams bending about the minor axis	17	(1)
Biaxial bending	18	(3)
Redistribution of bending moments in continuous beams	21	(2)
Deflection criteria	23	(6)
References	27	(2)
Design for Shear and Torsion	29	(22)
Shear in beam webs	29	(5)
Longitudinal shear in compound girders	34	(2)
Block shear	36	(2)
Local web yielding	38	(2)
Web crippling	40	(1)
Sidesway web buckling	41	(2)
Design for torsion	43	(5)
Combined flexure and torsion	48	(3)
References	50	(1)
Design of Compression Members	51	(46)
Effective length	51	(3)
Alignment charts	54	(4)
Axially loaded members	58	(4)
Stiffness reduction factors	62	(2)
Built-up sections	64	(3)
Composite columns	67	(2)
Combined compression and flexure	69	(2)
Secondary bending stresses	71	(1)
Trial column section	72	(2)
Accurate design procedure	74	(3)
Column web shear	77	(2)
Local flange bending	79	(2)
Compression buckling of the web	81	(1)
Stiffener requirements	82	(2)
Column base plates: axial load only	84	(4)
Column base plates: axial load and bending moment	88	(5)
Anchor rods in tension	93	(4)
References	96	(1)
Plastic Design	97	(42)
Plastic hinging	97	(1)
Plastic moment of resistance	98	(4)
Plastic hinge formation	102	(2)
Statical method of design	104	(3)
AISC beam design requirements	107	(3)
Mechanism method of design	110	(3)
Static equilibrium check	113	(2)
AISC column design requirements	115	(6)
Design of multi-bay, multi-story frames	121	(2)
Design of vierendeel girders	123	(2)
Design of gable frames	125	(3)
Design of grid frameworks	128	(3)
Plastic moment distribution	131	(2)
Deflections at collapse	133	(6)
References	137	(2)
Design of Tension Members	139	(22)
Plates in tension	139	(6)
Rolled sections in tension	145	(4)
Design for fatigue	149	(2)
Threaded rods in tension	151	(1)
Pin-connected plates in tension	152	(3)
Design of eyebars	155	(3)
Design of gusset plates	158	(3)
References	160	(1)
Design of Bolted Connections	161	(32)
Types of bolts	161	(1)
Bearing-type bolts in shear	161	(7)
Bearing-type bolts in shear and tension	168	(3)
Slip-critical bolts in shear	171	(2)
Slip-critical bolts in shear and tension	173	(3)
Prying action	176	(7)
Bolt group eccentrically loaded in plane of faying surface	183	(6)
Bolt group eccentrically loaded normal to the faying surface	189	(4)
Design of Welded Connections	193	(24)
Weld design strength	193	(9)
Balanced welds	202	(3)
Weld group eccentrically loaded in plane of faying surface	205	(7)
Weld group eccentrically loaded normal to faying surface	212	(5)
Plate Girder Design	217	(46)
Girder proportions	217	(2)
Web plate shear and tension field action	219	(4)
Design for shear without tension field action	223	(4)
Design of intermediate stiffeners without tension field action	227	(3)
Design for shear with tension field action	230	(2)
Design of intermediate stiffeners utilizing tension field action	232	(3)
Design for flexure without tension field action	235	(5)
Design for flexure with tension field action	240	(1)
Design of bearing stiffeners	241	(4)
Hybrid girders	245	(4)
Fabrication of plate girders	249	(14)
Composite Construction	263	(46)
Section properties	263	(9)
Shored construction	272	(4)
Unshored construction	276	(4)
Shear connection	280	(9)
Formed steel deck with ribs perpendicular to beams	289	(4)
Formed steel deck with ribs parallel to beams	293	(3)
Continuous composite beams	296	(2)
Deflection of composite beams	298	(5)
Vibration of composite beams	303	(6)
References	309