The present work aims at the optimum design and the optimum operating condition of a S-
shaped diffuser by studying the effect of inlet velocity, turning angle and area ratio using …

Turning diffuser is a type of diffuser with certain angle of turn used as adapter or ejector in
flow line for energy recovery. It is also employed in HVAC systems, wind tunnels, piping …

In practice, it is basically difficult even with controlled measurement environment to acquire a
steady, uniform and fully developed flow. The flow entering diffuser was severely distorted …

A turning diffuser is often introduced in the flow line to recover the energy losses by
converting the kinetic energy to pressure energy. There are two types of turning diffusers, ie …

The performance of the turning diffuser regardless of its expansion type, ie, twodimensional
(2-D) or three-dimensional (3-D), has been traditionally rated using the guidelines …

Turning diffuser is an engineering device that is widely used in the industry to reduce the
flow velocity as well as change the direction of the flow. Having a curvature shape causes its …

Various diffuser types characterized by the geometry are introduced in the flow line to
recover the energy. A 3-D turning diffuser is a type of diffuser that its cross-section diffuses in …

The geometry of a curved diffuser often inviting the flow to separate. The flow separation
phenomenon plays a vital role in the recovery of pressure inside the diffuser. Besides, the …

It is often necessary in fluid flow systems to simultaneously decelerate and turn the flow. This
can be achieved by employing turning diffusers in the fluid flow systems. The flow through a …

A curve diffuser is frequently used in applications such as HVAC, wind tunnel, gas turbine
cycle, aircraft engine, etc., as an adapter to join the conduits of different cross-sectional …