The performance of air-mist film cooling is evaluated for varying mist concentrations (2–7%)
and droplet diameters (5–30 μm) using the Euler-Lagrange approach with the k− ε …

Complex fluid–solid systems generally exist in process engineering. The cognition of
complex flow systems depends on numerical and experimental methods. The computational …

The paper deals with the impact of product completeness, promotion and location on
consumer interest in buying at Sentra Kuliner Pakal Benowo Surabaya in East Java …

Air/mist film cooling, a novel method for cooling gas turbine blades, has garnered
considerable attention due to its excellent cooling performance. However, the impact of …

Heat transfer and aerodynamic performance in worn squealer tip gap of a high-pressure gas
turbine stage were numerically investigated. Effects of the starting location of wear and wear …

Increasing turbine inlet temperature is beneficial to enhance turbine performance. However,
this also results in stringent cooling requirements. Unlike turbines in air cycle machines, the …

This article presents a three-dimensional conjugate heat transfer analysis for mist-assisted
air film cooling applied to a flat plate. In this computational fluid dynamics (CFD) …

Mist cooling within turbine blades' internal channels is a promising alternative to protect the
blades from exceeding the temperature limit without additional coolant extraction. However …

By solving the unsteady Reynolds-averaged Navier–Stokes equations and SST k–ω
turbulence model, effects of rib design on the unsteady tip heat transfer amplitude for a …

Thermal protection of high temperature turbine restricts the performance of gas turbine. In
order to increase turbine inlet temperature, water phase change rotating cooling scheme for …