Mechanical-Thermal Coupling Creep Buckling Analysis of Viscoelastic Thin Plates Based on Fractional Order Standard Linear Solid Model
The fractional-order constitutive model traditional integer-order model in fields due to its fe-wer parameters and clearer physical meaning.In this study,the fractional-order standard linear solid mod-el is adopted to deeply explore the linear creep buckling characteristics of viscoelastic thin plates under the force-coupling effect.To ensure the accuracy of numerical analysis,the Hermite-type radial basis function(HRBF)is used in this study.The calculation results high accuracy.that the stability of fractional-order viscoelastic thin plates significant time.Specifically,as time progresses,both the critical load and critical temperature of the thin plate show a downward trend,while the deformation displacement after buckling continuously increases.
HRBF meshless methodfractionalorder standard linear solid modelforce-heat cou-plingviscoelastic thin platesbuckling analysis
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