Conjugate Heat Transfer studies are a common method to predict the thermal loading in
high pressure nozzles. Despite the accuracy of nowadays tools, it is not clear how to include …

Conjugate heat transfer is gaining acceptance for predicting the thermal loading in high
pressure nozzles. Despite the accuracy nowadays of numerical solvers, it is not clear how to …

HP turbine usually works in complex operation conditions and subjects to strong
temperature variability and thermal gradients. For these reasons, some small variations …

In Computational Fluid Dynamics (CFD) is possible to identify namely two uncertainties:
epistemic, related to the turbulence model, and aleatoric, representing the random-unknown …

In computational fluid dynamics (CFD), it is possible to identify namely two uncertainties:
epistemic, related to the turbulence model, and aleatoric, representing the random-unknown …

The previous chapters analyzed the level of uncertainty in different gas turbine components,
how this affects the performance such as life and fuel consumption, and the numerical …

In gas turbine cooling, hundreds of ducts are fed by common plenums connected to small
channels. The inlet stagnation pressure, temperature and turbulence levels are unknown in …

Renewable fuels have been successfully used in gas turbine combustion chambers and the
layout of the chamber does not require major interventions if the composition is known …

Gas turbines (GT) are often forced to operate in harsh environmental conditions. Therefore,
the presence of particles in their flow-path is expected. With this regard, deposition is a …

The effect of uncertainties in the thermal properties of components and surrounding fluids is
often ignored in the field of experimental turbomachinery heat transfer. The work reported …