KCM is a wind-over-wave-coupling model with two components, the water-side and the air-side, which are coupled via the wind forcing in terms of the growth rate (the energy rate transferred to the wind-waves by the wind). The form drag and the skin-friction drag are analyzed separately...
Depression is a psychiatric disorder characterized by feelings of sadness, loss, anger, or frustration, in which affected individuals tend to think negatively about the past, the world, and the future [79]. In the COVID-19 pandemic, depressive symptomatology has been studied as a recurrent manif...
wave propagation/ longitudinal wave transmissiontransmission spectraNDEspherical inclusions embedded polyester matrixThe transmission spectra are characterized by several resonances; the first of these corresponds to the excitation of the rigid-body translation resonance. It also happens to be the most ...
Wavelength is calculated as the distance between two successive troughs or crests of the wave. It is measured in meters. Wavelength of a wave is denoted by lambda and it is equal to the velocity of a wave (in meters/sec) divided by the wave frequency (in Hertz). Time Period Time Perio...
The first regime is characterized by the reattachment of separated shear layer from the cylinder in the wake of plate or wedge. The second regime is observed when the recirculation of shear layers is within the gap separation between cylinder and plate or wedge. The vortex formation is accomplish...
For N atoms, the phase estimation is fundamentally limited by the independent quantum collapse of each atom to an r.m.s. angular uncertainty ΔθSQL=1/N rad, known as the standard quantum limit (SQL)2. Here we demonstrate a matter-wave interferometer31,32 with a directly observed ...
When qy≡ 0 (qx≡ 0), the wavevector of the perturbation is parallel (perpendicular) to the wavevector of the roll pattern. The corresponding mode is called longitudinal (transverse). Sign in to download full-size image Fig. 1. Level curves of s(+)(qx,qy;δk): a) for δk = ...
Acoustic Wave Propagation at a Fluid-Micropolar Boundary In contrast to a homogeneous isotropic elastic medium with only two elastic constants, a linear elastic micropolar solid is characterized by six independen... SK Yang,SY Hsia - 《Japanese Journal of Applied Physics》 被引量: 2发表: 1998年...
<p>To solve the question regarding the propagation of a longitudinal wave through a material medium, we will analyze the quantities transmitted in the direction of propagation step by step.</p><p><strong>Step 1: Understanding Longitudinal Waves</strong>
A linear stability analysis is made to determine the conditions marking the onset of longitudinal vortices in free convective flow in a porous medium adjacent to a horizontal heated surface with a prescribed wall temperature. The basic state is assumed to be the steady two-dimensional buoyancy-induc...