Keywords: نیروی محرکه; Colloid motor; Collective behavior; Self-propulsion; Dynamic self-assembly; Out of equilibrium;
مقالات ISI نیروی محرکه (ترجمه نشده)
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Keywords: نیروی محرکه; Carbon nanotube; Microrobot; Actuating system; Self-propulsion;
Keywords: نیروی محرکه; Active drops; Autonomous motion; Self-propulsion; Surface tension gradients; Marangoni effect; Boundary layer approximation;
Keywords: نیروی محرکه; Mesoporous silica; Micro/nano-carrier; Drug delivery; Self-propulsion; Active carrier;
Keywords: نیروی محرکه; Colloids; Active matter; Complex fluids; Bacterial suspensions; Self-propulsion;
Keywords: نیروی محرکه; Microswimmers; Microcapsules; Self-propulsion; Self-organization; Collective motion; Computational modeling; Mesoscale methods;
Keywords: نیروی محرکه; Flexible flapping wings; Fluid-structure interaction; Self-propulsion; Deviation motion;
Keywords: نیروی محرکه; Self-propulsion; Marangoni flow; Superoleophobic boat; Surface tension;
Keywords: نیروی محرکه; Flapping-based locomotion; Self-propulsion; Flexible plate; Passive deformation; Fluid–structure interaction
Keywords: نیروی محرکه; Thunniform swimming; Self-propulsion; Hydrodynamics; Wake structure; Numerical simulation;
Keywords: نیروی محرکه; Social predispositions; Animacy; Domestic chick; Gallus gallus; Subcortical structures; Optic tectum; Superior colliculus; Innate; Biological motion; Self-propulsion;
Keywords: نیروی محرکه; Crawling motility; Directional surfaces; Self-propulsion; Bio-mimetic micro-robots; Cell migration
Keywords: نیروی محرکه; Cell motility; Cell migration; Self-propulsion; Crawling motility; Motility on a solid substrate; Soft biomimetic robots; Limbless locomotion
Keywords: نیروی محرکه; Fluid–structure interaction; Passive flexibility; Self-propulsion; Plunging foil; Immersed boundary method; Vortex street
Self-propulsion of Leidenfrost droplets on micropillared hot surfaces with gradient wettability
Keywords: نیروی محرکه; Leidenfrost droplets; Self-propulsion; Micropillared surface; Gradient wettability;
Investigation of self-propulsion of DARPA Suboff by RANS method
Keywords: نیروی محرکه; CFD; DARPA Suboff; E1619 propeller; Propeller-hull interaction; RANS; Self-propulsion;
A new constraint-based formulation for hydrodynamically resolved computational neuromechanics of swimming animals
Keywords: نیروی محرکه; Neuromechanics; Neural control; Phase lag; Locomotion; Self-propulsion; Fluid-structure interaction;
Bio-catalytic mesoporous Janus nano-motors powered by catalase enzyme
Keywords: نیروی محرکه; Enzyme catalysis; Nano-motors; Mesoporous silica; Self-propulsion; Janus particles; Nanomachine;
Dynamic overset grids in OpenFOAM with application to KCS self-propulsion and maneuvering
Keywords: نیروی محرکه; OpenFOAM; naoe-FOAM-SJTU solver; Overset grid; Self-propulsion; Zig-zag maneuver; KCS;
A RANS modelling approach for predicting powering performance of ships in waves
Keywords: نیروی محرکه; RANS; Self-propulsion; Waves; Body force; Actuator disk; Control; RPM limiting
Crawlers in viscous environments: Linear vs non-linear rheology
Keywords: نیروی محرکه; Cell motility; Cell migration; Self-propulsion; Crawling motility; Motility on a solid substrate; Soft biomimetic robots
Self-propulsion of slender micro-swimmers by curvature control: N-link swimmers
Keywords: نیروی محرکه; Low Reynolds number swimming; Self-propulsion; Natural and artificial micro-swimmers; Flagellar propulsion; Thin undulating filaments; Soft biomimetic robots
A unified view of energetic efficiency in active drag reduction, thrust generation and self-propulsion through a loss coefficient with some applications
Keywords: نیروی محرکه; Bluff body flows; Drag reduction; Self-propulsion
Submarine propeller computations and application to self-propulsion of DARPA Suboff
Keywords: نیروی محرکه; Submarine propeller; Vortex pairing; Self-propulsion; Overset grids;
CFD analysis of broaching for a model surface combatant with explicit simulation of moving rudders and rotating propellers
Keywords: نیروی محرکه; Broaching; Ship dynamic instability; Ship hydrodynamics; Seakeeping; Computational fluid dynamics; Free surface flow; Self-propulsion
Three dimensional dynamics of ferromagnetic swimmer
Keywords: نیروی محرکه; Ferromagnetic filament; Self-propulsion; Writhe
Computations of self-propulsion free to sink and trim and of motions in head waves of the KRISO Container Ship (KCS) model
Keywords: نیروی محرکه; Self-propulsion; Seakeeping; Sinkage and trim; KCS Container Ship; Computational fluid dynamics; Dynamic overset grids
Full scale self-propulsion computations using discretized propeller for the KRISO container ship KCS
Keywords: نیروی محرکه; Self-propulsion; Full scale ship; CFD; Propellers; Overset grids; Free surface flows
Efficiency of an auto-propelled flapping airfoil
Keywords: نیروی محرکه; Self-propulsion; Flapping airfoils; Propulsive efficiency
Correspondences between what infants see and know about causal and self-propelled motion
Keywords: نیروی محرکه; Infancy; Causality; Self-propulsion; Animacy; Generalization;
On a tweezer for droplets
Keywords: نیروی محرکه; Contact angle hysteresis; Self-propulsion; Capillary ratchet
A versatile implicit iterative approach for fully resolved simulation of self-propulsion
Keywords: نیروی محرکه; Self-propulsion; Biolocomotion; DNS; Fully resolved simulation (FRS); Immersed boundary method; Distributed Lagrange multiplier method
Evaluation of manoeuvring coefficients of a self-propelled ship using a blade element momentum propeller model coupled to a Reynolds averaged Navier Stokes flow solver
Keywords: نیروی محرکه; Ship manoeuvring; Self-propulsion; CFD; Validation; Rudder–propeller interaction
A new mathematical formulation and fast algorithm for fully resolved simulation of self-propulsion
Keywords: نیروی محرکه; Self-propulsion; Biolocomotion; DNS; Fully resolved simulation (FRS); Immersed boundary method; Distributed Lagrange multiplier method
Flexible magnetic filaments
Keywords: نیروی محرکه; Magnetic filaments; Curvature elasticity; Buckling instability; Mixing; Self-propulsion;