Seismic Design Studies of Low-Rise Steel Frames

Schiff, S.D.; Hall, W.J.; Foutch, D.A.

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https://hdl.handle.net/2142/14166 Copy

Description

Title

Seismic Design Studies of Low-Rise Steel Frames

Author(s)

• Schiff, S.D.
• Hall, W.J.
• Foutch, D.A.

Issue Date

1988-08

Keyword(s)

• earthquake motions
• Elasticity
• Earthquake engineering
• Dynamic analysis

Abstract

In this investigation, the inelastic behavior of low-rise buildings with steel moment-resisting frames providing the lateral resistance for strong ground motions was examined. The inelastic behavior of frames is dependent on several parameters such as design base shear, beam-to-column strength ratio, moment-resisting connection behavior, nonstructural element participation, etc. The influence of these parameters was determined by performing inelastic time-history analyses. The direct design procedure adopted in the 1988 edition of the Uniform Building Code was used in the seismic design of the frames. Provisions regarding the required lateral stiffness of the frame and strength and ductility of the members were used to proportion the columns, beams and panel zones of each lateral force-resisting frame design. The inelastic behavior (maximum story drifts and shears, ductilities, energy dissipation) computed in the time-history analysis of each frame model was compared to the expected behavior characterized by the code. The investigation concludes with observations about the inelastic behavior of the frames with regard to the numerical modelling of the assumed load-deformation behavior. In addition, the structural performance of frames designed with the direct design procedure contained in the 1988 edition of the Uniform Building Code was evaluated.

Publisher

University of Illinois Engineering Experiment Station. College of Engineering. University of Illinois at Urbana-Champaign.

Series/Report Name or Number

Civil Engineering Studies SRS-541

Type of Resource

text

Language

en

Permalink

http://hdl.handle.net/2142/14166

Sponsor(s)/Grant Number(s)

National Science Foundation Grant DFR 84-19191

Owning Collections