Laboratory study of instability-driven mixing of fluid mud under surface wave motion
MA Aleebrahim, M Jamali - Physics of Fluids, 2023 - pubs.aip.org
Motivated by the role of interfacial instabilities in sediment resuspension in coastal areas,
this paper provides quantitative measurements of fluid mud density profile during motion of a …
this paper provides quantitative measurements of fluid mud density profile during motion of a …
The peculiar wind and wave climatology of the Arabian Gulf
Based on a 40-year hindcast, we analyze the climatology and long-term trends of wind and
waves in the Arabian Gulf. We identify and characterize four dominant wind systems, and …
waves in the Arabian Gulf. We identify and characterize four dominant wind systems, and …
An incompressible SPH numerical model for simulating wave and non-Newtonian mud interaction
Wave-mud interaction has been investigated in terms of wave attenuation and wave-
induced mud mass transport velocities. The wave attenuation over muddy beds is a major …
induced mud mass transport velocities. The wave attenuation over muddy beds is a major …
Experimental investigation of instability of fluid mud layer under surface wave motion
MA Aleebrahim, M Jamali - Physics of Fluids, 2022 - pubs.aip.org
Motivated by environmental impacts of surface-wave induced mixing of fluid mud with clear
water in nearshore areas, this paper presents quantitative measurements of excitation of …
water in nearshore areas, this paper presents quantitative measurements of excitation of …
Winds and waves in the Arabian Gulf: Physics, characteristics and long‐term hindcast
A 40‐year hindcast of the wave conditions in the Arabian Gulf, the elongated basin between
the Arabian Peninsula and Iran, is described. The input wind fields were derived from the …
the Arabian Peninsula and Iran, is described. The input wind fields were derived from the …
Acoustic wave propagation in gassy porous marine sediments: The rheological and the elastic effects
The preceding paper in this series [Mantouka, Dogan, White, and Leighton, J. Acoust. Soc.
Am. 140, 274–282 (2016)] presented a nonlinear model for acoustic propagation in gassy …
Am. 140, 274–282 (2016)] presented a nonlinear model for acoustic propagation in gassy …
Morphological responses of unsheltered channel-shoal system to a major storm: The combined effects of surges, wind-driven currents and waves
C Kuang, H Liang, J Gu, H Song, Z Dong - Marine Geology, 2020 - Elsevier
The storm impact on coastal environment is complex and systematic. With a validated
numerical model, this study quantitatively investigates the effects of a historical storm …
numerical model, this study quantitatively investigates the effects of a historical storm …
Implementation of viscoelastic mud-induced energy attenuation in the third-generation wave model, SWAN
The interaction of waves with fluid mud can dissipate the wave energy significantly over few
wavelengths. In this study, the third-generation wave model, SWAN, was advanced to …
wavelengths. In this study, the third-generation wave model, SWAN, was advanced to …
A study of wave dissipation rate and particles velocity in muddy beds
The interactions between free surface waves and layers of cohesive sediments including
wave height attenuation and mud movement are of great importance in coastal and marine …
wave height attenuation and mud movement are of great importance in coastal and marine …
The attenuation of shallow-water waves over seabed mud of a stratified viscoelastic model
YZ **a - Coastal Engineering Journal, 2014 - World Scientific
The attenuation of shallow-water waves over stratified seabed mud is investigated. A two-
layer viscoelastic mud model is introduced, in which the upper layer of fluid mud is …
layer viscoelastic mud model is introduced, in which the upper layer of fluid mud is …