The electrification of the commuter aircraft is instrumental in the development of novel
propulsion systems. The scope of this work aims to explore the design space of a parallel …

When it comes to novel aircraft concepts, thermal management system (TMS) design is a
ubiquitous task, even at the conceptual design phase. This is owing to its impact on the total …

This study deals with the optimization of performance for a hybrid-electric propulsion system.
It focuses on the modeling and power management frameworks, while evaluation is done on …

Hybrid-electric propulsion is a promising alternative to sustainable aviation and is mainly
considered for the commuter and regional aircraft class. However, the development of hybrid …

The electrification of aircraft is an on-going endeavor, currently examined intensively in the
general aviation class. However, for the commuter class, the proper selection of the hybrid …

Freezing of the flight environment of an aircraft occasionally causes the congealing of oil in
the oil coolers. Although decongealing tests and re-designs require longer durations, many …

This study aims to illustrate a sequence that optimizes the flight-path trajectory for a hybrid-
electric aircraft at mission level, in addition to identifying the respective optimum power …

The current paper is focused on the conceptual design of a thermal management system
with a liquid working medium for a commuter hybrid-electric aircraft, featuring a series …

This work presents a numerical investigation targeting to simulate the slice of a small aircraft
cabin as an experimental facility with a controlled environment, to assess passenger comfort …

This paper expands the one-engine-inoperative conventional oversizing consideration to
account for aircraft propulsion systems with multiple energy sources and thrust-generating …