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Author:Elham Hosseinirad , Morteza Khoshvaght-Aliabadi , Faramarz Hormozi
Data Source:[J].Heat Transfer Engineering(IF 0.694), 2020, Vol.41 (3), pp.271-287
Abstract:Abstract(#br)Effects of design parameters of the twisted mini-channel, including twist pitch, width, height, and length, are investigated numerically at the Reynolds numbers between 300 and 1500. The Al2O3-H2O nanofluid is used as working fluid, a...
Author:Vahid Tahmasbi , Sahar Noori
Data Source:[J].Heat Transfer Engineering(IF 0.694), 2020, Vol.41 (5), pp.449-475
Abstract:Abstract(#br)This study is devoted to inversely estimating the thermophysical properties and thermal boundary conditions of a carbon-phenolic composite, which is one of the widely used charring ablator. Conventional and modified Levenberg–Marquardt methods are applied to det...
Author:Banjara Kotresha , Nagarajan Gnanasekaran
Data Source:[J].Heat Transfer Engineering(IF 0.694), 2020, Vol.41 (6-7), pp.637-649
Abstract:Abstract(#br)This article discusses about a numerical simulation of a metal foam heat exchanger system carried out by a commercial software. A metal foam layer is attached to the bottom of the heat exchanger to absorb heat from the exhaust hot gas leaving the system. Two typ...
Author:Dhanaraj Savary Nasan , Thopudurthi Karthikeya Sharma , Gadale Amba Prasad Rao ...
Data Source:[J].Heat Transfer Engineering(IF 0.694), 2020, Vol.41 (6-7), pp.665-675
Abstract:Abstract(#br)In this article, a three-time level finite difference scheme is used to resolve the dual phase lag’s (DPL) heat conduction in a micro scale gold film subjected to spontaneous temperature boundary conditions without knowing the heat flux. Finite difference analog...
Author:Mahendra Pratap Singh , Anupam Rajvanshi , Harishchandra Thakur
Data Source:[J].Heat Transfer Engineering(IF 0.694), 2020, Vol.41 (6-7), pp.676-689
Abstract:Abstract(#br)The current article deals with laminar natural convection in an irregular arc-shaped enclosure with a heated base and cooled upper top. The domain is filled with a liquid with Prandtl number of 4.0. This two-dimensional study focuses attention to understand chan...
Author:A. R. Akash , Satyanand Abraham , Arvind Pattamatta ...
Data Source:[J].Heat Transfer Engineering(IF 0.694), 2020, Vol.41 (3), pp.235-251
Abstract:Abstract(#br)The overall heat transfer of a cross flow heat exchanger can be enhanced by using the nanofluids as coolant, which finds application in reducing the size and weight of automobile radiator. However, improving the heat transfer using nanofluids can be accompanied ...
Author:Mukesh Goyal , Jitendra Kumar , Anindya Chakravarty ...
Data Source:[J].Heat Transfer Engineering(IF 0.694), 2020, Vol.41 (1), pp.101-112
Abstract:Abstract(#br)A large size multistream plate fin heat exchanger (MSPFHE) is developed for an in-house-developed modified Claude cycle-based helium liquefier. The development of this heat exchanger, including thermal sizing and mechanical design, is described in this article. A pre...
Author:Donald Hawthorn , D. Ian Wilson
Data Source:[J].Heat Transfer Engineering(IF 0.694), 2020, Vol.41 (2), pp.138-148
Abstract:Abstract(#br)Unexpected fouling in condensers on Central Electricity Generating Board power stations operating on the river Trent in the UK in the 1970s prompted an extensive investigation of the phenomenon. Fouling was caused by deposition of calcium phosphate rich scale on...
Author:Alireza Bordbar , Reza Kamali , Arsalan Taassob
Data Source:[J].Heat Transfer Engineering(IF 0.694), 2020, Vol.41 (1), pp.84-100
Abstract:Abstract(#br)Thermal performance enhancement of microchannel heat sinks for electronics cooling is becoming more and more necessary. To this end, microchannels with noncircular cross-sections conveying immiscible droplets have been employed in this study and geometric manipu...

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