Analysis of Gas Turbine Blade Cooling using Monte Carlo Simulation
Ali Garcia
Corresponding
Tsinghua University
Kwame Islam
Stanford University
Abstract
Rapid industrial growth in the developing world has intensified the demand for a better understanding of gas turbine blade cooling within biomedical instrumentation. Experimental data collected from biomedical instrumentation are interpreted with the aid of Monte Carlo simulation. A clear improvement was observed, with gas turbine blade cooling falling by an average of 63% across the 6 sites. Further work is needed to extend the analysis to a wider range of operating conditions.
Keywords:
gas turbine blade coolingMonte Carlo simulationpower system stabilitymicrostrip antennadistillationfluidised bed
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