Nonlinear bending of elastoplastic functionally graded ceramic-metal beams subjected to nonuniform distributed loads
作者：
Highlights：
• Nonlinear bending of FG ceramic-metal beams subjected to nonuniform distributed loads is studied.
• TTO model is employed to evaluate elastoplastic properties of the FG beams.
• Nonlinear finite element formulation is formulated and used in the study.
• Effect of material inhomogeneity, plastic deformation, loading type on nonlinear response is studied in detail.
• Formation and propagation of plastic zone during loading process are examined and discussed.
摘要
•Nonlinear bending of FG ceramic-metal beams subjected to nonuniform distributed loads is studied.•TTO model is employed to evaluate elastoplastic properties of the FG beams.•Nonlinear finite element formulation is formulated and used in the study.•Effect of material inhomogeneity, plastic deformation, loading type on nonlinear response is studied in detail.•Formation and propagation of plastic zone during loading process are examined and discussed.
论文关键词：Functionally graded beam,Nonlinear bending,Elastoplastic material,Finite element method
论文评审过程：Received 11 August 2017, Accepted 25 March 2018, Available online 24 April 2018, Version of Record 24 April 2018.
论文官网地址：https://doi.org/10.1016/j.amc.2018.03.100
