Research on mixed flow turbines spans over 50 years with substantial literature available in
the public domain. Mixed flow turbines were initially used as an alternative rotor design for …

In this paper we investigate the possibility of correlating the aerodynamic loading of radial
and mixed-flow turbines in some systematic manner, as is widely done and recognized for …

The optimization of radial and mixed flow turbine design, based on simple one-dimensional
aerodynamic principles, is described. The objective is to minimize energy losses by …

An investigation on new rotor blade designs conceived to produce higher exit relative kinetic
energy of a mixed flow turbine is undertaken. Accelerating the flow through the rotor in a …

Featured Application This study consists of a contribution to the design of mixed inflow
turbines with the view to improve their performance when integrated in internal combustion …

Since the late 19th century, the average temperature on Earth has risen by approximately
1.1° Cbecause of the increased carbon dioxide (CO2) and other man-made emissions to the …

The development of the aerofoil-shaped turbomachine blades is of prime importance for
achieving the appropriate deflection of a three dimensional flow through desired angles, to …

State of the art car engines are fed by compressed air, coming from a turbocharger
compressor, to increase the power to weight ratio and to allow downsizing the combustion …

Radial and mixed flow turbines which are an important component of a turbocharger consist
essentially of a volute, a rotor and a diffuser. Vaneless volute turbines, which have …

Sažetak Turbochargers have become widely applied to diesel vehicle engines. The mixed
flow turbine type is suitable for systems where compact power sources are required with …