The present work describes an innovative methodology to perform CHT simulations accounting for multi-physics and multi-scale problems.
The present work describes an innovative methodology to perform CHT simulations accounting for multi-physics and multi-scale problems. Such ...
Jul 16, 2024 · The present work describes an innovative methodology to perform CHT simulations accounting for multi-physics and multi-scale problems. Such ...
Prediction of Liner Metal Temperature of an Aeroengine Combustor with Multi-Physics Scale-Resolving CFD. Published in. Entropy, July 2021.
Research on temperature field prediction method in an aero-engine combustor with high generalization ability · Computational Optimization of a Loosely-Coupled ...
Entropy MDPI on X: "#mdpientropy "Prediction of Liner Metal ...
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Jul 19, 2021 · #mdpientropy "Prediction of Liner Metal Temperature of an Aeroengine Combustor with Multi-Physics Scale-Resolving CFD" https://mdpi.com/1099- ...
Feb 15, 2024 · This study puts forward a fast-predicting scheme on the temperature distribution of aero-engine combustor by deep learning method.
Bertini, Prediction of liner metal temperature of an aeroengine combustor with multi-physics scale-resolving CFD, Entropy, № 23, с. 901 https://doi.org ...
Prediction of Liner Metal Temperature of an Aeroengine Combustor with Multi-Physics Scale-Resolving CFD. by Davide Bertini, Lorenzo Mazzei and Antonio ...
The accurate prediction of heat fluxes and, thus, metal wall temperatures of gas turbine (GT) combustor liners is a complicated and numerically expensive task.