Keywords: اسفنج; Geosynthetics; Artificial reef; Settlement; Scour; Geogrid-bamboo mat;
مقالات ISI اسفنج (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: اسفنج; Mobility; Scour; Burial; UXO; PIV; LDA; CTA; Light field camera; Sediment; Loads; Wind-tunnel; Water channel; CFD;
Keywords: اسفنج; Risk; Extreme hydrologic event; Cost-benefit ratio; Bridge management; Flood; Scour;
Keywords: اسفنج; Offshore wind turbine; Tripod foundation; Scour; Pile; Finite element model;
Keywords: اسفنج; Diversion channel; Scour; Diversion angle; Bed width ratio; Channel junctions;
Keywords: اسفنج; Scour; Propeller jet; Berth structures; Propeller wash; Water jet;
Keywords: اسفنج; Tsunamis; Boundary layers; Scour; Morphology; Monopiles; Computational fluid dynamics;
Keywords: اسفنج; Scour; Propeller jet; Berth structures; Pile; Propeller wash;
Keywords: اسفنج; Masonry arch bridges; Scour; Nonlinear analysis; 3D modelling; Mesoscale description; Settlements;
Keywords: اسفنج; Pile group; Scour; Clear water; Model; Application;
Keywords: اسفنج; Crevasse channel; Bedrock; Scour; Levee breach; Flood; Floodplain;
Keywords: اسفنج; Scour; Complex pier; Bridge foundation; Marine structures;
Keywords: اسفنج; Sediment transport; Scour; Turbulence modelling; Finite element method; Mesh adaptivity; Mesh movement;
Keywords: اسفنج; Pipeline embedment; On-bottom stability; Pipe-soil interaction; Scour; Sediment transport; Self-burial; Free span;
Keywords: اسفنج; Scour; Offshore wind; Uncertainty; Frequency; SHM; Spatial variability;
Keywords: اسفنج; Scour; Time scale; Unidirectional and tidal currents; Sediment transport; Laboratory tests;
Keywords: اسفنج; Scour; Sediment transport; CFD; Discrete element method; Submarine pipeline;
Keywords: اسفنج; Multiple subvertical jets; Plunge pool; Scour; Spillway; Tailwater;
Keywords: اسفنج; GMDH; group method of data handling; NF-GMDH; neuro-fuzzy group method of data handling; S.P.; sacrificial pile; Scour; Holes; Pile; Experimental;
Keywords: اسفنج; Flow-3D; Impingement jets; Plunge pools; Scour; Ski jump; Turbulence models;
Keywords: اسفنج; Fluvial system; Floods; Scour; Sand mining; Computational model; Numerical simulation; Decision making;
Keywords: اسفنج; Scour; Risk assessment; Bridges; Markov process; Flood occurrence;
Keywords: اسفنج; Scour; Non-breaking waves; Genetic Programming (GP); Artificial Neural Networks (ANNs); Breakwater; Uncertainty assessment;
Keywords: اسفنج; Laterally loaded piles; Scour-hole dimensions; Soil stress history; Scour; Soft clay;
Keywords: اسفنج; Scour; Pile groups; Dynamic impedances; Stress history; Soft clay;
Keywords: اسفنج; Tsunamis; Scour; Monopiles; Morphology; Computational Fluid Dynamics; Turbulence modelling;
Keywords: اسفنج; 3D numerical model; Free surface flow; Automatic mesh motion; River bends; Scour; Bridge piers; Mobile bed; openFOAM; Foam-extend;
Keywords: اسفنج; Scour; Backfilling; Monopile; Sediment transport; Morphology; Waves; Oscillatory flow; Turbulence modeling;
Keywords: اسفنج; Bayesian Net; Bridge; Damage; Pier; Scour; Model; Non-parametric; Overturning;
Keywords: اسفنج; Scour; River confluence; Discharge ratio; Densimetric Froude number; Collar;
Keywords: اسفنج; Tidal energy; Tidal-current turbine; Wake; Scour;
Keywords: اسفنج; Scour; Pier shape; Pier alignment
Keywords: اسفنج; Sediment transport; Erosion; Scour; Deposition; Hhydraulic structure; TELEMAC;
Keywords: اسفنج; resiliency; vulnerability; prioritization; sea level rise; flooding; scour; bridges; geographic information systems; national bridge inventory; finance; policy; risk management; data mining
Keywords: اسفنج; Tsunami; Overflow; Scour; Seepage; Caisson breakwater; Rubble mound;
Keywords: اسفنج; Grade-control structures; Hydraulic structures; River restoration; Rock sill; Scour;
Keywords: اسفنج; Propeller jets; Scour; Ports; Dock and harbours; Hydraulics and hydrodynamics;
Keywords: اسفنج; Scour; Seabed erosion; Underwater surface; Surface reconstruction; Image processing;
Keywords: اسفنج; Scour; Lateral displacement; Lateral load; Numerical method; Pile; Soft clay;
Keywords: اسفنج; Gravity current; Scour; Circular cylinder
Keywords: اسفنج; Levee; Breach; Tsunami; Scour; Overflow;
Keywords: اسفنج; Numerical modelling; Scour; Mono-pile; Optimization; Equilibrium scour depth;
Keywords: اسفنج; Scour; Sinking; Submerged modular structure; Pumice stone; Sandy bed; Gravel bed;
Keywords: اسفنج; The RANS-VOF model; Hydrodynamics; Sediment transport; Scour; Breakwater; Overtopping discharge
Keywords: اسفنج; Bedform; Supercritical flow; Sediment wave; Scour; Sedimentary processes;
Keywords: اسفنج; Scour; Sedimentation; Sediment transport; Pipeline embedment; On-bottom stability; Pipe-soil interaction;
Keywords: اسفنج; Offshore pipelines; Scour; Numerical models; Vibration; Sediment transport
Keywords: اسفنج; Wave; Scour; Scour regime; Time scale; Submerged pipes
Keywords: اسفنج; Abutment; Scour; Vane; Bridge; River
Keywords: اسفنج; Scour; Acceleration; Wind turbines; Frequency; Soil stiffness; Monopiles