Sentence examples for both flexural and transversal from inspiring English sources
The asymptotic operator plate model for free vibrations; both flexural and transversal, in a homogenous thermoelastic plate leads to fifth degree and cubic polynomial secular equations, respectively, that governs frequency and phase velocity of various possible modes of wave propagation at all wavelengths.
Again, as the distance between parallel SWs increases, both flexural and torsional stiffnesses of the building increase, and consequently, the corresponding horizontal displacements decrease.
The present investigation is concerned with the flexural and transversal wave motion in an infinite, transversely isotropic, thermoelastic plate by asymptotic method.
The velocity dispersion equations for the flexural and transversal wave motion have been deduced from the three-dimensional analog of Rayleigh Lamb frequency equation for thermoelastic plate waves.
The governing equations for the flexural and transversal motions have been derived from the system of three-dimensional dynamical equations of linear theory of coupled thermoelasticity.
The dispersion curves for phase velocity, group velocity and attenuation coefficient of various flexural and transversal wave modes are shown graphically for aluminum-epoxy material elastic and thermoelastic plates.
Both flexural and shear failures are accounted for.
The loss of both flexural and tensile strengths is about 6%% for RAC30, 11 % for RAC65 and reaches 20%% for RAC100.
When vortices propagate through these arrays, both the longitudinal and transversal voltages show cusp-like anomalies at matching fields.
To address the mask layout density and complexity in both longitudinal and transversal direction, the use of three dimensional vapor phase model was mandatory.
The paper first presents and discusses the evolution of stress distributions in both longitudinal and transversal directions of an unprotected GFRP beam under one-side fire exposure (reference beam).
