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Natural Oscillations of a Tower-Type High-Rise Building: Modes of Horizontal, Vertical and Rotational Oscillations According to the Standing Wave Method and Verification of the Computational Model
AbstractFor a unique building in the form of a tower with a core of rigidity in the center, experimental studies of natural oscillations by the...
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Diagnostics of the Stability State of Fuel Tanks by the Standing Wave Method
For the safe operation of fuel tanks, it is necessary to periodically monitor their condition. This work presents the results of field experiments...
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Studying Vertical Natural Vibrations of Buildings by the Standing Wave Method
AbstractVertical natural vibrations of buildings are studied in order to determine their features and degree of hazard. It is shown that in...
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A viscous effect of wave attractor in geometry with underwater peak
The influence of the viscosity on a wave attractor flow has been previously studied, particularly in relation to the widening of the hydrodynamical...
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Effect of particle composition and consolidation degree on the wave-induced liquefaction of soil beds
The wave-induced liquefaction of seabed is responsible for causing damage to marine structures. Particle composition and consolidation degree are the...
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Long-term trend analysis of wave characteristics in the Bohai Sea based on interpolated ERA5 wave reanalysis from 1950 to 2020
Reasonably understanding of the long-term wave characteristics is very crucial for the ocean engineering. A feedforward neural network is operated...
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Experimental study on the mitigation effect of mangroves during tsunami wave propagation
Mangroves are crucial for protecting coastal areas against extreme disasters such as tsunamis and storm surges. An experimental study was conducted...
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Wave Radiation by a Floating Body in Water of Finite Depth Using an Exact DtN Boundary Condition
The present paper focuses on the wave radiation by an oscillating body with six degrees of freedom by using the DtN artificial boundary condition....
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Numerical Study of Influencing Factors on Tidal Wave Propagation in the Persian Gulf
A 2D hydrodynamic model is employed to study the characteristics of tidal wave propagation in the Persian Gulf (PG). The study indicates that tidal...
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Enhancing flood wave modelling of reservoir failure: a comparative study of structure-from-motion based 2D and 3D methodologies
Predicting flood wave propagation from reservoir failures is critical to practical flood hazard assessment and risk management. Flood waves are...
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Structure and Characteristics of Internal Wave Field in an Ocean Frontal Region East of Malta in Mediterranean
AbstractThe structure and characteristics of the internal wave field (coherence, frequency spectra, phase velocities, dispersion of velocity...
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Coherence of SH-waves near a semi-circular inclusion — the role of interference and standing waves
We present examples of a controlled numerical experiment that contribute towards understanding of the physical phenomena that lead to the reduction...
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A new approach to construct 3-D crustal shear-wave velocity models: method description and application to the Central Alps
We develop a new inversion approach to construct a 3-D structural and shear-wave velocity model of the crust based on teleseismic P-to-S converted...
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Non-hydrostatic modelling of regular wave transformation and current circulation in an idealized reef-lagoon-channel system
The wave-induced setup and circulation in a two dimensional horizontal (2DH) reef-lagoon-channel system is investigated by a non-hydrostatic model....
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Analysis of a simplification strategy in a nonhydrostatic model for surface and internal wave problems
This paper examines the simplification strategy of retaining only the nonhydrostatic effect of local acceleration in a three-dimensional fully...
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Longitudinal structures of zonal wind in the thermosphere by the ICON/MIGHTI and the main wave sources
In this study, the neutral wind observations from the Michelson Interferometer for Global High-resolution Thermospheric Imaging (MIGHTI) instrument...
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A Quantitative Method of Detecting Transient Rossby Wave Phase Speed: No Evidence of Slowing Down with Global Warming
Based on the Complex Empirical Orthogonal Functions (CEOFs) of bandpass-filtered daily streamfunction fields, a quantitative method of detecting...
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Numerical Simulation in Wave Dynamics Problems
The problem of the action of waves having a finite amplitude on structures with a vertical edge, in particular, on the supports of bridges, is...
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Quantifying wave measurement differences in historical and present wave buoy systems
An intra-measurement evaluation was undertaken, deploying a NOMAD buoy equipped with three National Data Buoy Center and two Environment and Climate...
