Tesla expander is a bladeless turbine suited to low power range applications. In this article,
a comparison between the performance prediction, as well as the assessment of the main …

Disc pumps have obvious advantages in dealing with difficult-to-pump media. Energy
efficiency and sustainable energy management are important topics with regard to reducing …

The reduced production of fossil energy, especially petroleum, has encouraged researchers
to continuously increase the role of new and renewable energy as part of energy security …

Over recent years, the Tesla turbine gained a renewed interest from the scientific community,
as its simple structure guarantees low cost and reliability. These are key aspects of the …

Tesla turbine is a bladeless, radial turbine which might be suitable for the applications in
various energy systems, eg in Organic Rankine Cycle or combined heat and power systems …

Multidisk bladeless turbines, also known as Tesla turbines, are promising in the field of small-
scale power generation and energy harvesting due to their low sensitivity to down-scaling …

As a competitive small-scale turbomachinery option, Tesla turbines have wide potential in
various fields, such as renewable energy generation systems and small power equipment …

The Tesla turbine with insulated rotors has been investigated numerically and analytically
for the application in Rankine cycle power plants for waste heat recovery. Simulations are …

Tesla turbines are a kind of unconventional bladeless turbines, which utilize the viscosity of
working fluid to rotate the rotor and realize energy conversion. They offer an attractive …

The paper presents a comprehensive numerical and experimental analysis of the Tesla
turbine. The turbine rotor had 5 discs with 160 mm in diameter and inter-disc gap equal to …