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input design parameters. To alleviate the formation of shack waves and supersonic losses at high expansion ratios (up to ten) as well as improving the performance of the ORC, a novel dual-stage transonic RIT was developed and optimized for maximum isentropic efficiency. Such turbine showed considerably higher cycle thermal efficiency when compared with the single stage supersonic RIT. Moreover, the optimized dual-stage transonic RIT obtained by the mean-line optimization was further optimized using 3-D CFD optimization using design of experiment, Meta-model and genetic algorithm. Such optimization proved to be very efficient as it substantially improved the turbine isentropic efficiency of both stages by about 10%. CFD results for the optimized dual-stage transonic turbine at the design operating point showed the turbine isentropic efficiency of 87.12%, ORC thermal efficiency of 13.19% and net power output of 2.436kW. Such results were considerably higher than the reported values for other types of expanders in the literature for the same range of power capacity and highlighted the potential and effectiveness of the combined mean-line and CFD optimization approaches developed in this thesis to further improve the ORC performance based on the RITs. VPDF Image | SMALL-SCALE RADIAL INFLOW TURBINE FOR WHR ORC
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