Purpose The purpose of this paper is to review the applications of the chemical reactor
network (CRN) approach for modeling the combustion in gas turbine combustors and …

Purpose A combustor design is a particularly important and difficult task in the development
of gas turbine engines. During studies for accurate and easy combustor design, reasonable …

In this article, a systematic approach is presented for simulating turbojet engine performance
at both design and off-design points. The construction of gas turbine engines involves a …

This paper focused on the conceptual design of a conventional gas turbine combustor via
the multi-objective optimization approach. The suggested method integrated the design and …

The design, manufacture and experiment of a shaft power unit for converting a micro-turbojet
engine to a micro-turboprop in the class of less than 20 kW with the aim of obtaining …

Ammonia as a carbon-free fuel has great potentiality to be utilized in power generation
sectors such as micro gas turbines (MGT) to mitigate carbon dioxide emission from …

Drones are extensively utilized in numerous critical applications today, necessitating high
flight endurance for many tasks. As a result, solar unmanned aerial vehicles (UAVs) have …

Aircraft NO x, CO and soot emissions contribute to climate change and lead to negative air
quality impacts. With the aim of quantifying the effects of fuel composition on NO x, CO and …

A simple model with detailed chemistry for predictions of NO x and CO emission from
cylindrical porous burners is proposed on the basis of chemical reactor network concept …

In this study, the combustion instability and emission characteristics of flames of different
H2/CH4 compositions were investigated in a partially premixed model gas turbine …