Numerical Study on Single Turn Pulsating Heat Pipe with Additional Branch Configuration

Kommuri, Satyanarayana; Reddy, Nakka Manikanta; Basumatary, Kamal Kumar; Venugopal, Srinivasan

doi:10.1080/01457632.2023.2289227

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Thermal Energy Recovery Intensification1

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“…Kılınç (2021) investigated the intensified performance of a thermosiphon using three different hybrid nanofluids: (MgO + ZnO), (CuO + ZnO), and (MgO + CuO). Kommuri et al (2021) investigated the single-turn closed-loop pulsating heat pipe with an additional branch in the evaporator section to enhance the thermal performance by increasing the flow circulation in single direction.…”

Section: Thermal Energy Recovery Intensificationmentioning

confidence: 99%

Thermal Energy, Process, and Transport Intensification - A Brief Review of Literature in 2021 and Prospects

2022

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This review provides a brief literature survey recorded by the Web of Science (WoS) in 2021 on the studies of heat transfer enhancement (HTE), thermal energy, process and transport intensification technologies. A topic search containing "heat transfer" or "heat transport" or "thermal transport" in the WoS resulted in over 31,360 papers published in 2021 and more than 30% were relevant to HTE, thermal energy, process and transport intensification, which indicates the importance and rapid development of these technologies and their applications. The chosen

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Section: Thermal Energy Recovery Intensificationmentioning

confidence: 99%