What-is-Flow-Simulation-Seahorse-Velocity-Streamlines-FetchCFD-Image-Front-View.jpg size: 1.518078 MB
What-is-Flow-Simulation-Seahorse-Velocity-Streamlines-FetchCFD-Image-Front-View-2.jpg size: 1.472843 MB
What-is-Flow-Simulation-Seahorse-Velocity-Streamlines-FetchCFD-Image-Rear-View-2.jpg size: 1.533952 MB
What-is-Flow-Simulation-Seahorse-Velocity-Streamlines-FetchCFD-Image-Rear-View.jpg size: 1.943912 MB
Flow-Simulation-Seahorse-Pressure-Surface-Contour-FetchCFD-Image-Iso-View.jpg size: 0.401023 MB
Flow-Simulation-Seahorse-Pressure-Contour-FetchCFD-Image-Side-View.jpg size: 0.854739 MB
Flow-Simulation-Seahorse-Velocity-Contour-FetchCFD-Image-Iso-View.jpg size: 4.02612 MB
Flow-Simulation-Seahorse-Velocity-Streamlines-FetchCFD-Image.jpg size: 1.948102 MB
Flow-Simulation-Seahorse-Velocity-Streamlines-FetchCFD-Image-Side-View.jpg size: 2.014781 MB
Flow-Simulation-Seahorse-CFX-Case-FetchCFD-File.7z size: 15.071458 MB
Flow Simulation Seahorse
NoAI: This model, simulation, images, or project may not be utilized within datasets, during the developmental process, or as inputs for generative AI programs.
Flow simulation can be used to study and get inspiration from nature such as marine life. Flow simulation allows users to digitally replicate fluid (liguids and gases) flows involving different scenarios. For example seahorses use fins on their back and head to propel, maneuver & navigate. Flow simulation can be used to investigate this unique hydrodynamics of a seahorse. In this project flow around a seahorse is investigated. ANSYS CFX case file is attached for download. More details will be added shortly.
Related Projects
Responses
No responses added yet.
