This document summarizes the development of an integral perturbation solution of the
equations governing momentum transport in microchannels between disks of multiple-disk …

This paper summarizes the development of an integral perturbation solution of the equations
governing flow momentum transport and energy conversion in microchannels between disks …

Tesla turbines, featuring bladeless turbomachinery and energy transformation using the
viscosity of the working medium, have wide application prospects in renewable energy …

Momentum diffusion and kinetic energy transfer in turbomachinery have always been
significant issues, with a considerable impact on the performance of the bladeless Tesla …

In the present article, a mathematical theory for the flow field within a Tesla disc turbine has
been formulated in the appropriate cylindrical co-ordinate system. The basis of the theory is …

In the beginning of the 20th century, Nikola Tesla invented, built and patented the Tesla
turbine. Driven by a pressure difference, the kinetic energy of fluids or gases is converted to …

The Tesla turbine operation is based on the use of tangential stresses arising from the fluid
viscosity and turbulence and from the phenomenon of the fluid adhesion to the surface it …

Consideration of roughness effects in the flow in a minichannel has been a major scientific
problem for many decades. Roughness can alter the momentum diffusion, heat transfer …

Abstract One of Nikola Tesla's greatest inventions which never saw mass production was a
revolutionary bladeless turbine, commonly referred to as 'Tesla turbine'. The lack of …

The article establishes the physics of the complex interaction of discrete multiple inflows with
the stationary shroud and the rotating channel of a Tesla disc turbine. Using a large number …