Application of kinematic hardening models to cyclic plasticity structural analysis problems

Ghassemieh, Mehdi; Kukreti, Anant R.

doi:10.1016/0045-7949(93)90392-q

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“…Ghassemieh and Kukreti [12], and Kukreti and Biswas [19] developed a cyclic plasticity-based 3D FEM algorithm to predict hysteretic behavior of end-plate connections under low frequency cyclic loads. This incremental formulation included a unique algorithm for predicting possible crack initiation in the welded regions.…”

Section: Introductionmentioning

confidence: 99%

Invisible elastic bolt model concept for finite element analysis of bolted connections

Razavi¹,

Abolmaali²,

Ghassemieh³

2007

Journal of Constructional Steel Research

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Section: Introductionmentioning

confidence: 99%

Invisible elastic bolt model concept for finite element analysis of bolted connections

Razavi¹,

Abolmaali²,

Ghassemieh³

2007

Journal of Constructional Steel Research

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Elasto-plastic contact stress analysis of joints subjected to cyclic loading

Kumar

Dattaguru

Ramamurthy

et al. 1996

Computers & Structures

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Finite Element Based Elasto-Plastic Analysis of Classical and First Order Beams With Armstrong–frederick Kinematic Hardening Model

Hashemi

Farshi

2014

Transactions of the Canadian Society for Mechanical Engineering

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This investigation is focused on the elasto-plastic behavior of classical and first order Timoshenko beams by a finite element formulation under two major kinematic hardening models. The approach consists of proposing a finite element formulation with variable stiffness matrix and optimized solution for the Armstrong–Frederick theory together with the Ziegler–Prager model under cyclic flexural and deformation controlled loading conditions. In symmetrical cyclic deformation and flexural controlled states of the first order beams, it was concluded that after several cycles, the total stress-strain curves tend to be coincident. It also corroborates that the anisotropic characteristic cases with symmetric loading exhibit a ratcheting response for both beam models.

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Application of kinematic hardening models to cyclic plasticity structural analysis problems

Cited by 4 publications

References 18 publications

Invisible elastic bolt model concept for finite element analysis of bolted connections

Invisible elastic bolt model concept for finite element analysis of bolted connections

Elasto-plastic contact stress analysis of joints subjected to cyclic loading

Finite Element Based Elasto-Plastic Analysis of Classical and First Order Beams With Armstrong–frederick Kinematic Hardening Model

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