ASCE 8 2022 2023

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ASCE/SEI 8-22:Specification for the Design of Cold-Formed Stainless Steel Structural Members

Published By	Publication Date	Number of Pages
ASCE	2023

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Category: ASCE

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Description

Prepared by the Stainless Steel Specification Committee of the Codes and Standards Activities Division of the Structural Engineering Institute of ASCE

Specification for the Design of Cold-Formed Stainless Steel Structural Members, Standard ASCE/SEI 8-22, provides design criteria for the determination of the strength of cold-formed stainless steel structural members and connections for use in buildings and other statically loaded structures. It is a significant update to ASCE 8-02 which incorporates the latest findings in both stainless steel and carbon steel research and practice.

Major changes include adoption of format, provisions, and reliability indexes aligned with AISI S100-16 where possible; adoption of the use of initial modulus of elasticity and transverse 0.2% offset yield stress; integration of new design methods such as the direct strength method and the continuous strength method; corrosion resistance requirements specific to stainless steel applications; a broader scope of stainless steel alloys; and a useful summary of applicable alloy properties. This updated standard has been adopted into the International Building Code.

The design strength requirements of this standard are intended for use by structural engineers and those engaged in preparing and administrating local building codes.

PDF Catalog

PDF Pages	PDF Title
2	Specification for theDesign of Cold-FormedStainless SteelStructural Members
6	CONTENTS
14	PREFACE
16	ACKNOWLEDGMENTS
18	Chapter 1: General Provisions 1.1 Scope, Applicability, and Definitions
26	Chapter 2: Design Requirements
30	Chapter 3: Design for Stability
36	Chapter 4: Members in Tension
38	Chapter 5: Members in Compression
42	Chapter 6: Members in Flexure
48	Chapter 7: Members in Shear and Web Crippling
54	Chapter 8: Members Under Combined Forces
58	Chapter 9: Assemblies and Systems
60	Chapter 10: Connections and Joints
76	Chapter 11: Strength for Special Cases
80	Chapter 12: Design for Serviceability
82	Chapter 13: Design for Fatigue
86	Appendix A: Effective Width of Elements
96	Appendix B: Elastic Buckling Analysis of Members
104	Appendix C: Material Properties
108	Chapter C1: General Provisions
112	Chapter C2: Design Requirements
116	Chapter C3: Design for Stability
118	Chapter C4: Members in Tension
120	Chapter C5: Members in Compression
122	Chapter C6: Members in Flexure
124	Chapter C7: Members in Shear and Web Crippling
126	Chapter C8: Members Under Combined Forces
128	Chapter C9: Assemblies and Systems
130	Chapter C10: Connections and Joints
136	Chapter C11: Strength for Special Cases
138	Chapter C12: Design for Serviceability
140	Chapter C13: Design for Fatigue
142	Appendix CA: Effective Width of Elements
144	Appendix CB: Elastic Buckling Analysis of Members
146	Appendix CC: Material Properties
148	REFERENCES
152	Index_online.pdf INDEX