Effect of the River Bed Stratification on Scour at Guide Banks
The failure of guide banks because of scour at stratified bed conditions leads to the flow redistribution and an unpredicted scour at the alignment of the bridge crossing; as a result, this can be the reason for failure of piers and/or abutments.
Govša, Jeļena, Gjunsburgs, Boriss
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Three-Dimensional Reconstruction and Scour Volume Detection of Offshore Wind Turbine Foundations Based on Side-Scan Sonar. [PDF]
Wang Y, Tao L, Yuan M, Yang J.
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Scour near Engineering Structures under Stratified Bed Conditions
A hydraulic structures in flow (intakes, abutments, spurs, guide banks) damage because of scour at foundations at stratified river bed conditions is an important problem.
Govša, Jeļena, Gjunsburgs, Boriss
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The effect of artificial roughness on bed topographic downstream of a culvert in response to variations in longitudinal slope. [PDF]
Sadeghpour M, Vaghefi M, Meraji SH.
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On river morphology and local scouring
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Scour process, flow dynamics, hydrodynamic forces, around a series of repelling spur dikes. [PDF]
Kumar S, Hanmaiahgari PR, Pu JH.
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Stratified Bed Conditions Impact on Scour Development at Engineering Structures
River flow contraction by engineering structures (intakes, embankment, abutments, spurs, guide banks) to flow leads to flow pattern modification, concentration of streamliners, sharp drop in water level, local increase in velocity, and development of ...
Govša, Jeļena, Gjunsburgs, Boriss
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Extent of stabilized streambed region by alkaline activated cement around bridge piers and abutments in clear water condition. [PDF]
Ghaedi Haghighi A +3 more
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Improvement of the tensile strength of carbon nanotube fibers to 12.5 GPa by fluidics-induced alignment and densification. [PDF]
Wang JN +8 more
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