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"Future Direction in Stability Research & Design" Contains 44 papers presented during the North American Session which was built around 12 themes organized by SSRC task groups: inelastic design of frames; evaluation of frame stability for design; new stability criteria for composite members & structures; international stability of metal structures; design & behavior of angle members; plate & box girders; stability issues in seismic design of steel structures; connection restraint effects on frame and member stability; residual applications of thin-walled structural members; bracing requirements for members & frames; computational resources in stability analysis and design. (428 pages)
(ISBN 1-879749-62-9)
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Contents
Session 1: Elastic Design of Frames (TG-29)
Inelastic Limit States Design: Steel Structures with Members Subjected to Minor-Axis Bending by Ronald D. Ziemian and Alan R. Miller
Inelastic Torsional-Flexural Effects in Steel Structures - Theory and Applications by Mourad R. Attalla, Gregory G. Deierlein, and William McGuire
Verification of Steel Beam-Column Design Based on the AISC-LRFD Method by Joseph A. Yura, Torkul Kanchanalai, and S. Chotichanathawewong
Session 2: Evaluation of Frame Stability for Design (TG-4)
Frame Stability Under Seismic Loads by Gregory G. Deierlein and Helmut Krawinkler
The Design of Steel Frames Using the Notational Load Approach by Murray J. Clarke and Russel Bridge
Testing of Semi-Rigid Sway Frames: Appraisal of Results & Implications for Design by J.Y. Richard Liew, C.H. Yu, N.E. Shanmugam, and Y.H. Ng
Session 3: New Stability Criteria for Composite Members and Structures (TG-20)
Inelastic Analysis of Mixed Steel-Concrete Systems by Sherif El-Tawil and Gregory G. Deierlein
Local Buckling of Square Thin-Walled Steel Tubes Filled with Concrete by Russel Bridge and Martin D. O'Shea
Design of Semi-Continuous Non-Sway Composite Frames with Slim-Floor Beams by Claudio Bernuzzi and Riccardo Zandonini
US-Japan Cooperative Earthquake Research Program in CFT Column Systems by Shosuke Morino, Kenji Sakino, Akiyoshi Mukai and Kenzo Yoshoka
Fifty Years of Research on Structural Stability - What Has it Accomplished? by Theodore V. Galambos
Why Are Specifications Different? by Lynn S. Beedle
Lateral-Torsional Buckling Design Around the World by Theodore V. Galambos
Four International Advances Schools - A Contribution To Promoting Progress in Stability Analysis of Steel Structures by Miklos Ivanyi, Miroslav Skaloud, and Laszlo Hegedus
From Allowable Stress and Partial Factors Design to Simulation Based Reliability Assessment of Steel Structures by Pavel Marek
Session 5: Design and Behavior of Angle Members (TG-26)
Design Recommendations for Single Angle Flexural Members by Christopher J. Earls and Theodore V. Galambos
Stitch Bolted Double Angles Buckling About the Axis of Symmetry by Seshu M.R. Adluri and Murty K.S. Madugula
Cold-Formed Steel Angles for Transmission Towers by Dimos Polyzois, David Odaisky and Sherif Hassan
Examination of Design Procedures for Single Angle Struts Loaded Through One Leg by LeRoy A. Lutz, Murray C. Temple, and S.S. Sakla
Session 6: Plate and Box Girders (TG-27)
Fatigue of Slender Steel Web Plates Induced by Plate Breathing by T.M. Roberts and Miroslav Skaloud
Mitigation of the Combined Effects of Buckling and Shear Lag in Steel Box Girders by Ronaldo C. Battista
Shear Capacity of Girders with Corrugated Webs by Mohamed Elgaaly, Anad Seshadri, and Robert W. Hamilton
Session 7: Analysis, Design, Fabrication and Erection of Partially Restrained (PR) Steel Moment Frames
Panel Discussion
Analysis, Design, Fabrication and Erection of Partially Restrained (PR) Steel Moment Frames
Session 8: Stability Issues in Seismic Design of Steel Structures (TG-24)
Stability Issues in Seismic Design of Rigid and Semirigid Frames by Frederico M. Mazzolani and Vincenzo Piluso
An Evolutionary-Degrading Hysteric Model for Thin-Walled Steel Box Columns by Satish Kumar and Tsutomu Usami
' Influence of Damping Model on the Seismic Stability of Single-Degree-of-Freedom Systems by Robert Tremblay, C. Duval, and P. Leger
Stability Considerations in Seismic Design of Steel Structures by Suhhash C. Goel
Session 10: Connection Restraint Effects on Frame and Member Stability (TG-25)
Stability Design of Partially Restrained Frames by Eric M. Lui
Connection Restraint Effects on Column K-Factor of Frames by N. Kishi, Y. Goto, M. Komuro, and R. Hassan
Geometrically Nonlinear Stability Analysis of Flexibly Connected Thin-Walled Space Frames by Pratyoosh Gupta, Hong Chen, and George E. Blandford
Design Aids for the Design of Steel Moment Connections by J.P. Jaspart and Rene Maquoi
Session 11: Residential Applications of Thin-Walled Structural Members and ASCE Committee on Cold Formed Members (TG-13)
Current Residential Applications of Cold Formed Structural Members in Brazil by Eduardo Batista, F.C. Rodrigues, and A.M. Sarmanho
Residential Applications of Cold Formed Steel Members in NOrth America by R.M. Schuster
Residential Applications of Light Steel Frames in the UK and Continental Europe by R. Mark Lawson
Residential Application of Cold-Formed Structural Members in the US by Richard Haws
Session 12: Bracing Requirements for Members & Frames (TG-15/TG-30)
Effects of Bracing Stiffeners on Buckling Strength of Columns by Pratyoosh Gupta, S.T. Wang, and George E. Blandford
Buckling of Singly-Symmetric I-Beams Subjected to Moment Gradient by Todd A. Helwig, Karl H. Frank, and Joseph A. Yura
Effects of Load Height on the Buckling Capacity of Singly-Symmetric I-Beams by Todd A. Helwig, Karl H. Frank, and Joseph A. Yura
Bracing Requirements on CSA Standard CAN/CSA-S16.1-94 Limit States Design of Steel Structures by D.J. Laurie Kennedy
Session 13: Computational Resources in Stability Analysis and Design (TG-28)
Progressive Failure Analysis for Space Truss Structures by George E. Blandford
Investigation of Beam Rotation Capacity Using Finite Element Analysis by Pao-Chung Huang and Gregory D. Deierlein
Stability Analysis of Semi-Rigid Frames Under Seismic Excitation by Eric M. Lui, Y. Shao, and H. Liang
Limit Load Analysis Capabilities in ANSYS by S. Sirisak and Prodyot K. Basu
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