The high-power mechanical pumps used in thermal power plants consume a considerable
amount of electrical energy. Thus it is of great importance to improve the efficiency from …

Large-eddy simulation is applied to compute the combustion instabilities in an experimental
42-injector hydrogen-oxygen (H2-O2) rocket engine. The unsteady, compressible, multi …

Large-Eddy Simulation (LES) is applied to compute turbulent reacting flows in a turbine
stage and explore the viability for a turbine-burner concept. The three-dimensional …

A finite-volume method for the steady, compressible, reacting, turbulent Navier–Stokes
equations is developed by using a steady-state-preserving splitting scheme for the stiff …

With the increasing significance of pumped storage in the power system, there is a growing
emphasis on improving the hydraulic performance of pump-turbine at pump mode …

Different modes of transitional flows are numerically analyzed in a two-stage low-pressure
axial turbine, while being exposed to various clocking of second stator blades and results …

In the present work, an in-house flow solver for multi-stage turbomachines is first applied to
compute the unsteady flows in a subsonic 1.5-stage axial turbine with different clocking …

Unsteady, viscous compressible flow is numerically simulated within first two stages of a low
pressure turbine of a gas turbine engine under different clocking of its stator blades rows …

Aerodynamic design of a high-efficiency two-stage axial turbine is carried out using a hybrid
method through implantation of a two-step design procedure. In the first step, the well-known …

The paper presents a numerical investigation on the clocking effect in a three-stage axial
low pressure turbine. Equal pitch configuration was applied to reduce computation cost. The …