Im**ement and film cooling techniques are emerging areas in the turbine component
cooling technology. Vast amount of information on this subject is available in the literature …

The integration of sectors for more sustainable systems and processes provide a multi-
disciplinary research domain to which researchers are contributing with intense motivation …

In this paper, effects of four different hole configurations on film cooling performance and
particle deposition are investigated numerically on a curved surface. The RNG k-ε …

Inadequate design of film cooling holes can significantly reduce film cooling effectiveness of
turbine blades, compromising high temperature resistance. By comparing experimental …

In this study, the film cooling performance of a three-dimensional (3D) hybrid slot–effusion
configuration and its advantages over a baseline pure 3D slot cooling are investigated in …

For a reheating furnace, an analysis of thermal efficiency depends on precise investigations
of the combustion and flow characteristics inside a furnace. Especially, the flow field of the …

The high-speed impact of liquid droplets on blades in wet steam region seriously affects the
safe operation of steam turbine. For blade stability and response characteristics, most …

This paper establishes a comprehensive vane model which includes a double-wall cooling
structure, with a C3X vane as the prototype and the air added with droplets as the coolant …

In recent years, increasing inlet temperature of gas turbines has far exceeded the melting
point of the metal materials. Film cooling technology has widely been used to protect gas …

Film cooling performances of the cylindrical film cooling holes with different compound
angles on the turbine blade leading edge model are investigated in this paper. Several …