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Effect of Flow Acceleration and Buoyancy on Thermalhydraulics of sCO2 in Mini/Micro-Channel
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Supercritical fluids have found enhanced applications in several sectors. High efficiency and high compactness associated with supercritical carbon dioxide power cycle are of major interest to the thermal engineers. Additionally, due to environment friendly properties, such as zero ODP, considerably lower GWP, non-toxic and nonflammable supercritical carbon dioxide has emerged as a potential substitute of conventional refrigerants. The peculiar properties of supercritical fluids ensured distinct flow and thermal characteristics of supercritical systems. Therefore, the chapter is aimed to discuss the thermalhydraulic characteristics of supercritical carbon dioxide in minichannel and microchannel. Both experimental and numerical studies on flow and thermal behavior of supercritical carbon dioxide will be discussed. The focus of this chapter is to examine the effect of buoyancy and flow acceleration on heat transfer performance. Considering the widespread applicability, the comprehensive discussion introduced in the chapter will affirmatively help the researchers.
Title: Effect of Flow Acceleration and Buoyancy on Thermalhydraulics of sCO2 in Mini/Micro-Channel
Description:
Supercritical fluids have found enhanced applications in several sectors.
High efficiency and high compactness associated with supercritical carbon dioxide power cycle are of major interest to the thermal engineers.
Additionally, due to environment friendly properties, such as zero ODP, considerably lower GWP, non-toxic and nonflammable supercritical carbon dioxide has emerged as a potential substitute of conventional refrigerants.
The peculiar properties of supercritical fluids ensured distinct flow and thermal characteristics of supercritical systems.
Therefore, the chapter is aimed to discuss the thermalhydraulic characteristics of supercritical carbon dioxide in minichannel and microchannel.
Both experimental and numerical studies on flow and thermal behavior of supercritical carbon dioxide will be discussed.
The focus of this chapter is to examine the effect of buoyancy and flow acceleration on heat transfer performance.
Considering the widespread applicability, the comprehensive discussion introduced in the chapter will affirmatively help the researchers.
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