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 …

Ventilation and air-conditioning systems feature high-resistance ducts and long, complex
pipelines. Consequently, how to structurally optimize the local components to reduce …

In the present work, numerical and experimental studies are carried out to investigate the
performance of vertical straight-walled conical diffusers carrying air-solid two-phase flow …

The oxidizer system in a hybrid rocket motor needs to deliver the flow from a pressurized
storage tank to multiple combustor ports. Pressure losses in the oxidizer system directly …

This paper presents a numerical investigation of pressure recovery and flow uniformity in
turning diffusers with 90o angle of turn by varying geometric and operating parameters. The …

Vaned diffusers are widely used in centrifugal compressors due to their higher pressure-
recovery coefficients compared to vaneless diffusers. In this study, the effects of the diffuser …

The present work aims to numerically investigate the effect of varying turning angle, ϕ= 30-
90 on the performance of 2-D turning diffuser and to develop the performance correlations …

The effects of an industrial gas turbine's Exhaust Collector Box (ECB) geometry on static
pressure recovery and total pressure loss were investigated in this study. This study aims to …

The effects of a convex-curved wall followed by a recovery over a flat surface on a turbulent
boundary layer structure are addressed via large-eddy simulation (LES). The curved wall …

Combined turning and diffusing is often associated with detrimental flow phenomena that
contribute to losses induced by the very nature of its geometry. This paper aims to …