Simulative study on integrated optical multimode waveguides with guided beams based on the system standardization of elements

Abstract

Abstract This study has outlined simulative study on integrated optical multimode waveguides with guided beams based on the system standardization of elements. Deflection of a cantilever are clarified with a point force at the free end, due to the distributed weight at the beam, with a mass at the free end, and at the free end under acceleration. The bending of a double clamped beam under its distributed weight, deflection with the central mass double clamped beam under its weight, the buckling of a double clamped beam due to a compressive stress, out of plane deflection (OPD) of a bent beam suspension, OPD of a folded beam suspension, and OPD of a serpentine beam suspension are also clarified and reviewed. Dependence of cross section of beam on torsion constant is outlined. The stiffness ratio of lateral to vertical motion of hammock suspension is also clarified. The design of a crab-leg suspension and the dependence of the stiffness on thigh section of the crab leg flexure and the design of a folded flexure suspension and the dependence of stiffness on ratio of column beam lengths are also reported.