This paper documents all the important works in the field of conjugate heat transfer study.
Theoretical and applied aspects of conjugate heat transfer analysis are reviewed and …

A fan-shaped hole for film cooling has been studied to find the effect of geometric variations
on the cooling performance and optimized to enhance film-cooling effectiveness using three …

The realizable k-ε, standard k-ω, and RSM turbulence models were used to simulate flat
plate film cooling experiments that are commonly described in literature. Adiabatic …

Film cooling represents a pivotal technology for the cooling of turbine blades. However,
accurately predicting engine results at high temperatures and pressures based on …

The present work has been performed to evaluate the effects of geometric variables of a
laidback fan-shaped hole on the film-cooling effectiveness using a Reynolds-averaged …

Diffusion shaped holes are widely used on aero-engine turbine blades for film cooling. The
effect of the spanwise-expansion angle and spanwise width of the hole exit on the film …

Prediction of the stress distribution on a 3D turbine blade coated with thermal barrier
coatings (TBCs) plays a key role in analyzing the failure of TBCs. In this work, a 3D finite …

The film superposition method is an important tool in the design of film cooling structures.
The method can quickly predict the temperature at the film cooling surface and reduce the …

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 novel film-cooling configuration, wherein a groove is integrated into the inlet of a film-
cooling hole, is proposed herein, and its influences are investigated. 3D RANS simulations …