In this paper, JT15D turbofan engine and its main subcomponents are assessed with the
aviation, energy, exergy, environmental, and sustainability analyses. In the first stage, the …

In this research, differences in the quantities of hazardous emissions induced by equipping
the first composite constructed narrow body aircraft, which is commonly used in commercial …

As sustainability, increasing of fuel and energy efficiency has become a greater concern in
aircraft design and fleet operation for two decades. To meet this need, a new methodology is …

The work is devoted to the helicopter turboshaft engines' gas generator rotor RPM neuro-
fuzzy controller development, which improves control accuracy and increases the system's …

The adaptive cycle engine can vary the cycle in wider range and meet the requirement of
mixed missions. It is expected to be the propulsion system for the next generation of aircraft …

This study focuses on the novel perspective of marine ORC systems with a detailed marine
diesel generator plant simulation integrated with an ORC system model to evaluate …

The performance parameters, environmental sensitivity, and sustainability of a turbofan
engine used extensively in military aviation are examined to the last detail. Assessment …

To meet the operational requirements of commercial engines for high economic efficiency
and low pollution emission, the research on the flight mission performance improvement …

Studying efficiency and emissions of an aircraft engine at cruise phase is of high importance
so as to help in finding optimum flight conditions. Especially, since exhaust emissions from …

Reliability and efficiency of the aero-engine thermal management system (ATMS) is of great
importance to ensure the required working condition. Conventional methods on modeling …