This work studies hybridizing natural gas-fired power plant with renewable energy sources
to improve environmental and operational performance. Precisely, it looks at mixing different …

Multi-fidelity simulations for the design point or equilibrium lines of aeroengines are
implemented using fully coupled methods, simultaneously optimizing computational …

Blades are integral components of gas turbines and are subjected to critical conditions,
bearing radial forces resulting from rotation. Additionally, they directly interact with high …

The work is devoted to the development of a method for neural network approximation of
helicopter turboshaft engine parameters, which is the basis for researching engine energy …

This study proposes an active surge control method based on deep reinforcement learning
to ensure the stability of compressors when adhering to the pressure rise command across …

Iterative coupled methods are widely used in multi-fidelity simulation of rotating components
due to the simple implementation, which iteratively eliminates the errors between the …

Multi-fidelity simulations incorporate computational fluid dynamics (CFD) models into a
thermodynamic model, enabling the simulation of the overall performance of an entire gas …

In this paper, a simple and robust shock-capturing method is developed for the Flux
Reconstruction (FR) framework by combining the Adaptive Mesh Refinement (AMR) …

Multi-fidelity simulation improves the simulation accuracy and captures more detailed
information about aero engines under limited computing resources, which is implemented …