The improvement of the ignition and combustion performance of aerospace engines under
extreme conditions such as high altitude, low temperature, low pressure, and high speed is …

Since gas turbines are used in airplanes, ship engines and power plants, they play a
significant role in providing sustainable energy. Turbines are designed for a certain lifetime …

Uneven dust accumulation can significantly influence the thermal balance between different
regions of photovoltaic (PV) panels, leading to a sharp decrease in power generation …

Integrating new technologies into existing thermal energy systems enables
multigenerational production of energy sources with high efficiency. The advantages of …

In the present study, the application of a diagnostic method using a physics-based model is
proposed during engine verification testing. A physics-based engine model is constructed …

This publication presents a multi-faceted analysis of the fuel consumption of motor vehicles
and the way human impacts the environment, with a particular emphasis on the passenger …

Aerodynamic design optimization of the blade profile is a critical approach to improve
performance of turbomachinery. This paper aims to achieve the performance prediction with …

To predict aircraft emissions from their own features has become more important as the
usage field of aviation engines is extended to different sectors for different purposes. In the …

Fault detection and diagnosis can improve safety and reliability of gas turbines. Current
studies on gas turbine fault detection and diagnosis mainly focus on the case of abundant …

In recent years there has been a growing interest in gas turbine fault diagnosis, especially
under dynamic conditions, due to the evolving operating profile of gas turbines and the need …