Reliability Approaches to Modeling of the Nonlinear Pseudo-static Response of RC-structural Systems in Accidental Design Situations Cover Image

Reliability Approaches to Modeling of the Nonlinear Pseudo-static Response of RC-structural Systems in Accidental Design Situations
Reliability Approaches to Modeling of the Nonlinear Pseudo-static Response of RC-structural Systems in Accidental Design Situations

Author(s): Andrei Tur, Viktar Tur
Subject(s): Architecture, Energy and Environmental Studies
Published by: Exeley Inc.
Keywords: nonlinear analysis; progressive collapse; safety format; robustness; reliability;

Summary/Abstract: The nonlinear structural analysis is considered as a basic design procedure, which is used for checking of the structural robustness in accidental design situation. It is explained by following reason: a nonlinear structural analysis based on realistic constitutive relations for basic variables (average values) makes possible a simulation of a real structural behavior. It should be pointed that, implementation of the nonlinear structural analysis in design of concrete structures requires an alternate approach to safety verification. The paper presents a new approach to safety format for nonlinear analysis of RC structures subjected to accidental loads.

  • Issue Year: 22/2018
  • Issue No: 1
  • Page Range: 76-87
  • Page Count: 12
  • Language: English