Dynaflow, Inc. is involved in theoretical, numerical, and experimental studies of fundamental fluid mechanics and naval, environmental, medical, and industrial applications. Through years of theoretical and experimental investigations of free surface problems including bubble dynamics, cavitation, and surface waves, we have developed proprietary numerical codes that can predict flow fields for many types of free surface related problems. We have successfully applied our capabilities to challenging hydrodynamics problems with free surface/bubble-body interactions, jets, vertical flows, extreme deformation of free surfaces, etc.
Dynaflow, Inc. has experience and specializes in various areas of hydrodynamics including the followings:
- Marine propellers and cavitation
- Cavitation inception
- Unsteady flows
- Potential flows
- Steady and unsteady viscous flows
- Bubble dynamics and explosion bubble experiments
- Ship-ship interactions and confined water effects
- Propeller blade tip flows
- Vortices and vortex cavitation
- Wave dynamics and propagation
- Floating body dynamics in waves
- Wave tank experiments
- Hydroacoustics in bubbly medium
- Fluid structure interactions
- Dynamics of swirling jets
- Air cavity dynamics
