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Modeling and simulating of V-shaped piezoelectric micro-cantilevers using MCS theory considering the various surface geometries

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Analysis of hysteresis effect on the vibration motion of a bimodal non-uniform micro-cantilever using MCS theory

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Dynamic modeling of oblique non-uniform piezoelectric MC in liquid with various percentages of glycerin in the presence of rough surface

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Hysteresis effect on dynamic modeling of AFM heterogeneous dagger MC in the vicinity of sample using MCS theory in liquid

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The European Physical Journal Applied Physics 76 (2) 20401 (2016)
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FEM analysis of the vibrational motion of oblique piezoelectric microcantilever in the vicinity of a sample surface in liquid

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Sensitivity analysis of surface topography using the submerged non uniform piezoelectric micro cantilever in liquid by considering interatomic force interaction

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3D simulation of AFM non-uniform piezoelectric micro-cantilever with various geometries subjected to the tip-sample forces

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The effect of surfaces type on vibration behavior of piezoelectric micro-cantilever close to sample surface in a humid environment based on MCS theory

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Analysis of the atomic force microscopy vibration behavior using the Timoshenko theory by multi‐scale method in the air environment

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Geometric parameters effect of the atomic force microscopy smart piezoelectric cantilever on the different rough surface topography quality by considering the capillary force

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Modeling of AFM with a piezoelectric layer based on the modified couple stress theory with geometric discontinuities

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The effect of surface roughness on the vibration behavior of AFM piezoelectric MC in the vicinity of sample surface in air environment based on MCS theory

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Analysis of hysteresis effect on the vibration behavior of AFM intelligent MC in the vicinity of sample surface by considering the size effect in air and liquid

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