Numerical Investigation of innovative Mechanisms for Heat transfer Enhancement in Gas Turbine
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Date
2024-07-08
Authors
Abdalsalam Jabali
Yousef Shanti
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Abstract
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ABSTRACT
This graduation thesis delves into a comprehensive numerical investigation aims to enhance
various heat transfer mechanisms in gas turbines through innovative approaches. This study
employs advanced computational methods to analyze and optimize heat transfer processes within
different configurations of gas turbine blades, with a particular emphasis on improving efficiency
and performance and prolonging the lifespan of gas turbine components.
The research begins by explanation of the current state of heat transfer enhancement strategies in
gas turbines and identifying gaps in existing knowledge and methods. Subsequently, innovative
mechanisms are proposed and meticulously evaluated using numerical simulations. The focus of
this study extends in combination of conventional methods, exploring innovative techniques in
these methods to have the potential to revolutionize heat transfer augmentation in gas turbine
applications.
While the current research does not showcase outcomes it offers perspectives on the feasibility
and efficacy of the suggested approaches. These perspectives lay the groundwork, for the phase of
the study, where numerical simulations will produce findings.