In order to further optimize the working performance of micro-cylindrical combustor, the
combustion chamber of the micro-cylindrical combustor is inserted in a rectangular rib …

In the steam turbine, the wetness loss due to vapor condensation is one of the most crucial
losses at low-pressure stage. This study focused on entropy generation and exergy …

Premixed H 2-air flames are studied in a one-dimensional wall-bounded configuration. The
laminar flame propagates towards and quenches at a wall that is either solid or permeable …

In this paper, radiative entropy generation in a high temperature parallel plate system
containing H 2 O, CO 2 and soot with non-gray wall was investigated. Based on Discrete …

The size limitation of micro-combustors leads to insufficient residence times, flame
instabilities, and intensified heat losses which are main challenges that scientists have …

In this research, the water spray injection process in a natural-gas-fueled gas turbine
combustor is studied numerically using an Eulerian-Lagrangian formulation, and the …

This study presents a new approach for evaluating the thermodynamic efficiency of a
coupled radiative and conductive heat transfer process with an internal heat source. In this …

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 …

Environmental problems resulting from the increment of greenhouse gases have raised the
tendency toward using renewable energy sources alongside carbon-capturing technology …

The coaxial jet consisting of swirl jet and axial jet plays a critical role in the industrial
processes but is rarely investigated; therefore, it is numerically explored by means of the …