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Experimental and Theoretical Investigation on Losses and Modeling Axial Flow Turbine, M.Sc. Thesis Sharif University of Technology ; Hajilouy-Benisi, Ali (Supervisor)
Abstract
Prediction of axial flow turbine’s performance with different operating conditions due to the high costs and lack of reliable empirical data is always under developing. In this type of turbine, fluid flow is three-dimensional, viscous and highly turbulent. Nowadays, although a relatively detailed picture of the flow field can be obtained by the computational and numerical tools, but using of appropriate loss models in one-dimensional modeling for the performance prediction as well as optimization of the turbine in initial design phases, is a common trend.
In the current study, aerodynamic losses in the axial flow turbine are investigated. Several loss models for the axial flow turbines... Cataloging briefExperimental and Theoretical Investigation on Losses and Modeling Axial Flow Turbine, M.Sc. Thesis Sharif University of Technology ; Hajilouy-Benisi, Ali (Supervisor)
Abstract
Prediction of axial flow turbine’s performance with different operating conditions due to the high costs and lack of reliable empirical data is always under developing. In this type of turbine, fluid flow is three-dimensional, viscous and highly turbulent. Nowadays, although a relatively detailed picture of the flow field can be obtained by the computational and numerical tools, but using of appropriate loss models in one-dimensional modeling for the performance prediction as well as optimization of the turbine in initial design phases, is a common trend.
In the current study, aerodynamic losses in the axial flow turbine are investigated. Several loss models for the axial flow turbines... Find in contentBookmark |
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