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RISExact solutions for linear Fredholm fuzzy integral equations of the second kind by homotopy perturbations method
In this paper, a novel method based on homotopy perturbation method (HPM) is presented for solving linear Fredholm fuzzy integral equations of the second kind...
CLOSED FORM SOLUTIONS FOR ELECTROSTATICALLY ACTUATED MICROMIRRORS CONSIDERING THE BENDING EFFECT
using HPM. Presented results are
in good agreement with numerical simulations and
experimental findings....
Analytical modeling of bending effect on the torsional response of electrostatically actuated micromirrors
. Then the explicit function theorem is utilized for finding the equations governing the instability mode of the mirror. These equations are then solved using Homotopy Perturbation Method (HPM) for the especial case of α = 0 where α is a small nondimensional...
Effect of multi-walled carbon nanotubes on mechanical properties of high-performance mortar
High performance mortar (HPM) is a very compact handmade composite which has high compressive strength and low permeability and flexibility. HPMs are used in special structures due to their great specifications. The aim of the current research...
CLOSED FORM SOLUTIONS FOR THE STATICAL BEHAVIOR OF MICROMIRRORS UNDER CAPILLARY FORCES
analytically using the Homotopy Perturbation Method
(HPM). It is observed that with increasing the instability
number defined in the paper, the rotation angle of the
micromirror is increased and suddenly the pull-in
occurs. The analytical...
CLOSED FORM SOLUTIONS FOR THE PROBLEM OF STATICAL BEHAVIOR OF NANO/MICROMIRRORS UNDER THE EFFECT OF CAPILLARY FORCE AND VAN DER WAALS FORCE
to capillary force highly
depends on the vdW toque applied to the mirror. Finally
analytical tool Homotopy Perturbation Mehtod (HPM)
is utilized for prediction of the nano/micromirror
behaviour under combined capillary and vdW force...
ANALYTICAL SOLUTIONS FOR THE STATIC INSTABILITY OF MICRO/NANO MIRRORS UNDER THE COMBINED EFFECT OF CAPILLARY FORCE AND CASIMIR FORCE
on the casimir force applied to the
mirror. Finally analytical tool Homotopy Perturbation
Method (HPM) is utilized for prediction of the mirror’s
behaviour under combined capillary and casimir forces.
It is observed that a sixth order...
Modeling of Pull-In Instability of Nano/Micromirrors Under the Combined Effect of Capillary and Casimir Forces
limits of the nano/micromirror. It is also found that rotation angle of the mirror under capillary force highly depends on the Casimir force applied to the mirror. Finally the analytical tool Homotopy Perturbation Method (HPM) is utilized for prediction...