Radialflux

Radialflux refers to a type of turbine or pump design where the fluid flows radially outwards from the center to the periphery or vice-versa. This is in contrast to axial flow designs where the fluid moves parallel to the axis of rotation. In radialflux turbines, a pressurized fluid enters at the center and is directed outwards through rotating blades, causing the turbine shaft to spin. Conversely, in radialflux pumps, a motor drives rotating blades that pull fluid inwards and then expel it radially outwards.

The design of radialflux machines allows for efficient operation across a range of flow rates and pressures. They are often characterized by their compact size relative to their power output, making them suitable for applications where space is limited. The radial direction of flow can also contribute to higher head generation in pumps and greater torque in turbines compared to some axial designs.

Radialflux technology finds application in various fields. In hydropower, small-scale radialflux turbines can be used in distributed generation systems. In industrial processes, radialflux pumps are utilized for circulating fluids or managing high-pressure systems. The inherent design can also offer advantages in terms of wear and tear due to the flow path. While not as ubiquitous as axial designs in some large-scale applications, radialflux remains an important and versatile engineering concept.