A CFD study is conducted in order to characterize the dynamic behavior of a Savonius
vertical axis wind turbine. All simulations are executed using the open source code …

Multi-stage Tesla valves in the reversed flow state can be applied during the hydrogen
decompression process between the high pressure hydrogen storage vessel and the fuel …

This work focuses on Savonius turbine numerical modeling and mutual turbine interaction in
a linear array farm. Two-dimensional Computational Fluid Dynamics modeling was carried …

Hydrodynamic cavitation that occurs inside valves not only increases the energy
consumption burden of the whole pi** system but also leads to severe damages to the …

In this paper, an auto-tuning AR (area ratio) ejector and an auto-tuning NXP (nozzle exit
position) ejector are designed to solve the contradictions between the fixed structure and the …

Polymer electrolyte membrane fuel cells are devices that produce power by direct
conversion of hydrogen via electrochemical route and are promising for energy applications …

In this paper, a computational fluid dynamics model of flashing flow, which considers the
thermal nonequilibrium effect, has been proposed. In the proposed model, based on the two …

Abstract Wind farms of Horizontal Axis Wind Turbines (HAWT) are increasing as number and
size of single turbines and the blades with a degraded surface finish are studied as cause …

A modified backward-facing step flow with a large expansion ratio of five (5) was modeled by
19 teams without benchmark solutions or experimental data for validation in an ISHVAC …

Globe valve is widely used in numerous industries, and its driving energy consumption
accounts for high percentages of the whole pi** system. In order to figure out novel globe …