Keywords: برخورد کشتی; Ship collision; Damage assessment; Energy absorption; Collision force; Analytical solution; Finite element analysis; Experimental result; Collision risk management;
مقالات ISI برخورد کشتی (ترجمه نشده)
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Keywords: برخورد کشتی; Ductile fracture; Ship collision; Fracture modelling; Shear fracture; Deformation path;
Keywords: برخورد کشتی; Ship collision; Risk assessment; Bayesian rule; Least squares estimation;
Keywords: برخورد کشتی; Ship collision; Structural reliability; Risk assessment; Iceberg impact; Hull damage; Numerical simulation;
Keywords: برخورد کشتی; Grouted connection; Monopile offshore wind turbine; Ship collision; Finite element model; Transient response;
Keywords: برخورد کشتی; Ship structure; Ship collision; Experiment; Numerical simulation; Analytical method; Review;
Keywords: برخورد کشتی; Failure criterion; Ship collision; Biaxial stress; Quasi-static;
Keywords: برخورد کشتی; Ship collision; Collision risk; Risk perception; Encounter situation; Regression model; OOW; Officer(s) on Watch; STCW; International Convention on Standards of Training Certification and Watchkeeping; STW; Standards of Training and Watchkeeping; IMO; Int
Keywords: برخورد کشتی; Accident modeling; Bayesian Networks; Arctic shipping; Ship collision; Risk assessment;
Keywords: برخورد کشتی; Ship collision; Finite element simulation; External dynamic; Internal mechanic; Added mass coefficient; Energy absorption; Penetration path;
Keywords: برخورد کشتی; Double-hull structure; Bulbous bow; Ship collision; Penetration; Finite element simulation; Simplified method; Statistics;
Keywords: برخورد کشتی; Non-linear finite element analysis; Ship collision; Spent nuclear fuel transportation;
Keywords: برخورد کشتی; Ship collision; Collision energy; Closed-form solution; Added mass coefficient; Effective mass for liquid; Experimental result;
Keywords: برخورد کشتی; Offshore wind turbine foundation; Ship collision; Damage analysis; Risk assessment; Finite element analysis (FEA);
Keywords: برخورد کشتی; Ship collision; Bow-side interaction; Structural crashworthiness; Striking ship's rebounding; Resistance to penetration; Finite element experiment;
Keywords: برخورد کشتی; Ship collision; Ship grounding; Reduced scale; Marine structures; Sloshing;
Keywords: برخورد کشتی; Ship collision; Failure; Finite element; Material modeling;
Keywords: برخورد کشتی; Ship structures; Ship collision; Critical failure strain; Finite element simulation; Force-displacement response; Energy dissipation;
Keywords: برخورد کشتی; Offshore wind turbine; Ship collision; Monopile; Nonlinear finite element analysis; Crashworthiness;
Keywords: برخورد کشتی; Ship collision; Failure criteria; Damage mechanics; Indenting;
Keywords: برخورد کشتی; Double-hull structure; Ship collision; Finite element simulation; Simplified method; Internal mechanics; External dynamics
Keywords: برخورد کشتی; Ship collision; Coupled simulation; Maneuvering model; 3DOF ship motions; Forward speed;
Keywords: برخورد کشتی; Crashworthy device; Optimization design; Dynamic effect; Monopile foundation; Offshore wind turbine; Ship collision
Keywords: برخورد کشتی; Probabilistic risk assessment; Ship collision; Sustainability; Utility theory; Risk attitude; Maritime traffic safety
Keywords: برخورد کشتی; Panel; Ship collision; Experiment; Penetration; Finite element simulation; Simplified method
Keywords: برخورد کشتی; Failure criteria; Ship collision; Material failure; Impact;
Keywords: برخورد کشتی; Ship collision; Raked bow; Crashworthiness; Analytical method; Numerical simulation
Keywords: برخورد کشتی; Ship collision; Crashworthiness; Super-element method; Upper-bound method
Keywords: برخورد کشتی; Ship collision; Risk management; Balanced scorecards; Fuzzy sets; Analytic hierarchy process
Keywords: برخورد کشتی; Offshore steel platforms; High-energy impact; Ship collision; Finite-element; Equivalent dynamic systems
Keywords: برخورد کشتی; Ship collision; Analytical formulation; Super-elements method; Crashworthiness; Inclined plate;
Keywords: برخورد کشتی; Ship collision; Frequency; Quantitative risk assessment
MARSTRUCT benchmark study on nonlinear FE simulation of an experiment of an indenter impact with a ship side-shell structure
Keywords: برخورد کشتی; Benchmark study; Experiment; Failure criteria; Failure modes; Finite element analysis; Ship collision;
Evaluating lock gates' strength due to ship collisions: A Douro waterway lock gates case study
Keywords: برخورد کشتی; Lock gate; Crashworthiness; Finite elements; Ship collision; Impact;
Assessment of the crashworthiness of a selection of innovative ship structures
Keywords: برخورد کشتی; Crashworthiness; Energy absorption; Innovative structures; Non-linear FEA; Ship collision
Analysis of ship–ship collision damage accounting for bow and side deformation interaction
Keywords: برخورد کشتی; Ship collision; Simplified analytical method; Non-linear FEM; Relative resistance; Damage interaction; Type of collision
Influence of impact scenario models on collision risk analysis
Keywords: برخورد کشتی; Maritime traffic safety; Ship collision; Impact scenario model; Tank breach risk; System risk
Ship collision risk assessment for the Singapore Strait
Keywords: برخورد کشتی; Risk assessment; Ship collision; The Singapore Strait; Ship domain
On the global ship hull bending energy in ship collisions
Keywords: برخورد کشتی; Ship collision; Vibration; Energy
Drift-wood collision load on bow structure of high-speed vessels
Keywords: برخورد کشتی; Ship collision; Drift-wood; Collision load; High-speed vessel
Crushing resistance of web girders in ship collision and grounding
Keywords: برخورد کشتی; Web girder; Crushing; Simplified method; Ship grounding; Effective crushing factor; Ship collision; Plastic method
A benchmark study of procedures for analysis of axial crushing of bulbous bows
Keywords: برخورد کشتی; Ship collision; Simplified method; Axial crushing; Effective crushing distance; Bulbous bow; Buffer bow; Crashworthiness
Plastic design of laterally patch loaded plates for ships
Keywords: برخورد کشتی; Plastic design; IACS; Patch loading mechanism; NLFEA; Accidental loads; Yield line theory; Load-carrying capacity; Membrane effect; Ship collision
Mediterranean fin whales at risk from fatal ship strikes
Keywords: برخورد کشتی; Fin whale; Marine protected areas; Ship collision; Mortality rates; Anthropogenic threats; Mediterranean sea