AN INTEGRATED FRAMEWORK FOR THE ANALYSIS OF MIXED-TYPE REINFORCED CONCRETE STRUCTURES

@inproceedings{Sadeghian2015ANIF,
  title={AN INTEGRATED FRAMEWORK FOR THE ANALYSIS OF MIXED-TYPE REINFORCED CONCRETE STRUCTURES},
  author={V. Sadeghian and Oh-Sung Kwon and F. Vecchio},
  year={2015}
}
  • V. Sadeghian, Oh-Sung Kwon, F. Vecchio
  • Published 2015
  • Computer Science
  • The substructuring concept has been used in different forms such as in hybrid simulation and parallel computing methods, all contributing significantly to experimental testing and numerical analysis research programs. In this paper, unlike previous studies, the main goal is to use the substructuring technique to develop a framework which expands the capabilities of current nonlinear programs, enabling detailed analysis of mixed-type reinforced concrete (RC) systems in an integrated fashion, to… CONTINUE READING

    References

    Publications referenced by this paper.
    SHOWING 1-10 OF 11 REFERENCES
    Contribution of Nonlinear Finite-Element Analysis to Evaluation of Two Structural Concrete Failures
    • 5
    FORMWORKS-PLUS: IMPROVED PRE-PROCESSOR FOR VECTOR ANALYSIS SOFTWARE
    • 6
    • Open Access
    DISTURBED STRESS FIELD MODEL FOR REINFORCED CONCRETE: FORMULATION
    • 369
    EXPERIMENTAL AND ANALYTICAL REEXAMINATION OF CLASSIC CONCRETE BEAM TESTS
    • 112
    • Open Access
    The Failure of an Offshore Platform
    • 55
    Behaviour and modelling of reinforced concrete structures subjected to impact loads
    • 2007
    Behaviour of 3-D reinforced concrete shear walls
    • 2002
    Benchmark test for validation of mathematical models for nonlinear and cyclic behaviour of RC beam-column joints
    • 2007
    Intel math kernel library for windows user’s guide
    • 2014