The radial inflow turbine is the core component of the organic Rankine cycle (ORC) system.
Based on the internal flow field of the turbine analyzed by computational fluid dynamics …

The global push to reduce greenhouse gas emissions has led to the ban of high global
warming potential (GWP) refrigerants in the refrigeration sector, prompting the adoption of …

Increased scrutiny on aviation's environmental footprint has precipitated a dramatic increase
in gas turbine technology development, with a focus on engine performance improvements …

Radial flow turbines are extensively used in turbocharging technology due to their unique
capability of handling a wide range of exhaust gas flow. The pulsating flow nature of the …

Radial twin-entry turbines standard maps have limited data available for fitting model
parameters since they usually provide information only at full and partial admission …

Twin-entry radial turbine has evident advantages on energy recovery of internal combustion
engine because of better utilization of exhaust pulse energy. One-dimensional performance …

To operate, radial turbines used in turbochargers require a minimum tip gap between the
rotor blades and the stationary wall casing (shroud). This gap generates leakage flow driven …

The utilization of automotive engine components for the development of a reverse Brayton
cycle is shown in this study. The well-known characteristics of turbochargers and electrical …

Twin-entry radial turbine has an evident advantage of enhancing the output power in
internal combustion engine, while it is confronted by complex inlet conditions because of the …

In commonly applied one-dimensional choking models for radial turbines, choked flow is
assumed to appear in the geometrical throat of each stator and rotor. Coupled and complex …