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 …

This paper discusses an optimization problem of internal cooling passages within a turbine
blade with Conjugate Heat Transfer (CHT) analysis involved. However, to make the problem …

Featured Application Provide support for temperature prediction of metal components
affected by fluid–thermal coupling, such as turbines and exhaust nozzles. Abstract Over the …

In this paper conjugate heat transfer analysis of the cooled vane of the MT1 research high-
pressure stage is presented. Inlet boundary conditions (including non-uniform total …

Film-hole can be often blocked by thermal-barrier coatings (TBCs) spraying, resulting in the
variations of aerodynamic and thermal performances of film cooling. In this study, a …

Purpose–The purpose of this paper is to analyze the effect of thermal conductivity on gas
turbine blades, and to investigate the contribution of different rib configurations to the heat …

Computations were performed to study the internal and film cooling of a flat plate with and
without thermal-barrier coating (TBC) that account for the heat transfer in the gas and in the …

This paper discusses the problem of blade cooling system optimization connected with
conjugate heat transfer (CHT) analysis for reliable thermal field prediction within a steam …

In order to predict temperature distribution of a rotor blade in a gas turbine on a rated
condition, numerical analyses of conjugate heat transfer of the internally cooled blade were …

The even more stringent limitations set by the European Commission on pollutant emissions
are forcing gas turbine manufacturers towards the redesign of the most important …