The simulation investigates the behavior of fluid passing through a conduit embedded with small-scale turbines. The primary aim is to evaluate how embedded rotating elements influence overall flow velocity, pressure gradients and kinetic energy transfer. The study explores laminar flow scenarios at moderate volumetric flow rates, assessing turbine orientation, density and rotational interaction with the fluid stream. Findings will help characterize energy dynamics in turbine assisted flow systems across various engineering contexts.
by Jon_WildeJon_Wilde
ayyaz1975 created this project
about 1 year ago
The simulation investigates the behavior of fluid passing through a conduit embedded with small-scale turbines. The primary aim is to evaluate how embedded rotating elements influence overall flow velocity, pressure gradients and kinetic energy transfer. The study explores laminar flow scenarios at moderate volumetric flow rates, assessing turbine orientation, density and rotational interaction with the fluid stream. Findings will help characterize energy dynamics in turbine assisted flow systems across various engineering contexts.