Wave model
The groupy wave model for simulating dynamical sea surface
... ”groupy” wave model (GWM). Random wave fields can have very different modulations but nearly identical ...large wave encounters. Sea surface fluxes also depend on wave breaking and ...
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“Choppy wave” model for nonlinear gravity waves
... ‘‘Choppy wave’’ model for nonlinear gravity waves Fre´de´ric Nouguier, 1 Charles-Antoine Gue´rin, 2 and Bertrand Chapron 3 [ 1 ] We investigate the statistical properties of a three-dimensional simple and ...
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A 3D wave model to simulate the interaction of wave field in the presence of multi-structures
... the wave number and c is the wave celerity. Numerical Model A Finite difference numerical method was employed for the solution of the governing ...
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Quantifying surface water-groundwater interactions in a karst basin using the diffusive wave model
... The aim of this study is to investigate SW/GW interactions in a karstic stream using a flood routing model in order to improve the knowledge of the temporal d[r] ...
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Time Domain Traveling Wave Model of Distributed Feedback semiconductor laser with weak optical feedback
... fixed drive current and waits until the laser reaches its steady-state, then calculating the average output power. For solitary laser, the threshold current predicted by the model is approximately: I th = 18.8 mA ...
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A first approach to model the low-frequency wave activity in the plasmasphere
... L = 4.7 near the magnetic equator (Mlat = 10 ◦ ), in a time period of very low activity (K p = 1 + after 6 days of K p values less than 3 + ). Information about the way to estimate the spectrum can be found in Jones ...
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Comment on ""Electromagnetic Wave Dynamics in Matter-Wave Superradiant Scattering"
... The theory of Raman (or Rayleigh) amplifiers is well known. For the situation of matter-wave superradiance in a Bose-Einstein condensate it was summarized in Ref. [ 3 ]. If a medium is illuminated with a pump ...
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Design of mm-Wave Slow-wave Coupled Coplanar Waveguides
... analytical model of the S-CPW couplers has been proposed to date, which makes their use too complex for a circuit ...electrical model is also proposed. The evaluation of the model elements is ...
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Statistical model-based classification to detect patient-specific spike-and-wave in EEG signals computers2020
... Computers 2020, 9, 85 11 of 14 results with real data from a hospital achieved 9 % sensitivity (true positive rate), 87% specificity (true negative rate), and 92% accuracy. Based on our rule to choose k, the value was √ ...
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Phenomenological model for predicting stationary and non-stationary spectra of wave turbulence in vibrating plates
... Summary. Wave turbulence theory aims at describing the long time behaviour of weakly nonlinear and out-of-equilibrium ...a wave turbulence theory including the presence of a given damping law is still ...
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A Weak Form Nonlinear Model for Thermal Sensitivity of Love Wave Mode on Layered Structures
... h Al =0.01λ, r=0.5. Based on the simulation results of the model, one-port Love wave mode resonators on the ZnO/ST+90°-cut quartz structure have been fabricated. Realizations are done using conventional ...
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Confinement-induced p-wave resonances from s-wave interactions
... We develop two-body scattering theories in all three cases of 0D-3D, 1D-3D, and 2D-3D mixtures and determine the positions of higher partial-wave resonances in terms of the 3D s-wave sca[r] ...
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Deformation of the wave field interacting with offshore platforms: comparison between the corresponding results from a numerical model and a wave tank
... combined wave-current field on the offshore structures in a 3D flow ...numerical model is developed and utilized to predict the wave deformation around the central shaft (see ...numerical ...
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Wave-turbulence description of interacting particles: Klein-Gordon model with a Mexican-hat potential
... Such wave disturbances are of two kinds, with two branches in the dispersion relation: in the particle physics context, these branches correspond to a massive and a massless particle fie[r] ...
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Wave messages
... WAVE MESSAGES Ken Tapping, 14 th June, 2016 Almost everything known about the universe beyond the Solar System we have learned by studying the electromagnetic waves coming from ...
2
Derivation, justication and analysis of the Holland method for a model wave propagation problem
... This is an author-deposited version published in: http://oatao.univ-toulouse.fr/ Eprints ID: 4122 To cite this document: CLAEYS Xavier, COLLINO Francis. Derivation, justication and analysis of the Holland method for a ...
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Phenomenological model for predicting stationary and non-stationary spectra of wave turbulence in vibrating plates
... 4.1. Model equation Physi
al dissipation an be introdu
ed in the phenomenologi
al model by adding a linear dissipation term to Eq. (3) : ∂ t E ω = ∂ ω (ωE ω 2 ∂ ω E ω ) − ˆγE ω , (16) where ˆ γ an be hosen ...
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Compressive wave computation
... 2.4 Sparsity, Incoherence, and Randomness We address these points in order. • Sparsity. The quantity S η introduced above depends on time t and measures the number of samples needed to represent the discrete solution ...
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Wave energy design
... The Design Bottom Universal Joint The bottom pivot joint only rotates around one axis since the model is only going to be tested in Uni-directional waves and not multi-directional waves so there is no need for a ...
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Transient Wave Imaging
... 2.1. Introduction In this chapter, we neglect the viscosity effect of tissues and only consider a purely quasi-incompressible elasticity model. We derive asymptotic expansions of the perturbations of the elastic ...
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