Film cooling has dramatically contributed to the performance improvement of gas turbines,
as it is a very effective cooling technique for gas turbines. Large eddy simulation (LES) …

The orientation uncertainty of single-crystal turbine blades is a neglected practical
engineering problem, and previous research has paid little attention to it. The work …

The working principle of particle-based solar receivers is to utilize the absorptivity of a
dispersed particle phase in an otherwise optically transparent carrier fluid. In comparison to …

For film cooling of combustor linings and turbine blades, it is critical to be able to accurately
model jets-in-crossflow. Current Reynolds-averaged Navier–Stokes (RANS) models often …

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

This paper describes a multi-objective optimization method for round-to-slot shaped film-
holes (RTSH) using computational fluid dynamic analysis and surrogate model …

Numerical computations were conducted to simulate flash deposition experiments on gas
turbine disk samples with internal impingement and film cooling using a computational fluid …

A numerical study was performed to evaluate the effectiveness of the novel sister hole film
cooling technique. Two secondary coolant holes bound the primary coolant hole slightly …

Numerical simulations are carried out to address further insights into the effects of round-to-
slot film cooling holes on a multi-row film-cooled turbine blade under representative engine …

This paper presents a smart sensing strip for noninvasively monitoring respiratory flow in
real time. The monitoring system comprises a monolithically-integrated flexible hot-film flow …