Fluid-Structure Coupled Simulation for Bio-Inspired Propulsion (Caudal Fin of Fish)

Fluid-Structure Coupled Simulation of Bio-Inspired Propulsion (Caudal Fin of Fish)Подробнее

Fluid-Structure Coupled Simulation of Bio-Inspired Propulsion (Caudal Fin of Fish)Подробнее

Fluid-Structure Coupled Simulation of Bio-Inspired Propulsion (Caudal Fin of Fish)Подробнее

PIV Analysis of Body-Caudal Fin Swimming Larval ZebrafishПодробнее

Flowing Fish SimulationПодробнее

Fluid-Structure Interaction of the Caudal Fin of a Jack FishПодробнее

A Bio-Inspire Unmanned Underwater Vehicle (UUV) Concept Design and SimulationПодробнее

Biomimetic PropulsionПодробнее

Caudal FinПодробнее

Dynamic Biomechanical Modelling of a Cetacea's Fin for Controlled CaudalПодробнее

Water flow past an FSI finПодробнее

CFD and control coupling for numerical-simulations-on-bio-inspired-swimming-robotsПодробнее

Autonomous fish robots and bio-inspired engineering | Kristi Morgansen | TEDxRainierПодробнее

Biological and Bio-Inspired Propulsion for Water ExitПодробнее

Swimming fish simulation by the VVD methodПодробнее

Robotic Caudal Fin 1Подробнее

Biologically Inspired FishПодробнее

F18 Roll: fluid-structure coupled simulationПодробнее