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 study, the non-premixed swirl-stabilized flame in a gas turbine combustor is
simulated. For this purpose, first, an efficient model for the simulation of combusting flow in …

This research investigates the strategies of air partitioning among the holes of a combustor
liner using a systematic multi-objective optimization based on the computational fluid …

A proton exchange membrane (PEM) fuel cell has many distinctive features which make it
an attractive alternative clean energy source. Some of those features are low start-up, high …

In this study, non-premixed combustion of a traditional fuel-natural gas, and an alternative
fuel-biogas, is simulated in a swirling flow industrial gas turbine combustor geometry which …

In this research, the turbine inlet temperature (TIT) profile optimization of an annular
combustion chamber in a turbojet engine is studied based on the computational fluid …

This paper presents a three-dimensional geometric optimisation of cooling channels in
forced convection of a vascularised material with the localised self-cooling property …

The desire to reduce gas turbine emissions drives the use of design optimization
approaches within the combustor design process. However, the relative cost of combustion …

Control of combustion instability for a realistic gas-turbine combustor is challenging. This
work aims to establish an efficient numerical framework for optimization to improve the …

Temperature uniformity after a mixing process plays a very important role in many
applications. Non-uniform temperature at the entrance of the turbine in gas turbine systems …