Abdulraouf Nima, M., Mohammed Ali, A., Ali Baker, H., Shihan Awad, A., Abdul Hadi, H., Abdul Ameer, H., Ahmed Jasim, H., Talib Najim, S., Abdul sattar Majbor, K., Matti Alias, Q., Faraj Tobia, W., Adnan Hamed, M., Jawad Al-Taie, A., Faleh Al-Bayati, A., Noori M. Taki, Z. (2017). Numerical Study of Heat Transfer Enhancement for a Flat Plate Solar Collector by Adding Metal Foam Blocks. Alustath, 23(12), 13-32.
Mohammed Abdulraouf Nima; Ali Mohammed Ali; Hussain Ali Baker; Alaa Shihan Awad; Hassan Abdul Hadi; Hassan Abdul Ameer; Haneen Ahmed Jasim; Sarmad Talib Najim; Kosay Abdul sattar Majbor; Qais Matti Alias; Wafa Faraj Tobia; Mohamed Adnan Hamed; Abbas Jawad Al-Taie; Ahmed Faleh Al-Bayati; Zahir Noori M. Taki. "Numerical Study of Heat Transfer Enhancement for a Flat Plate Solar Collector by Adding Metal Foam Blocks". Alustath, 23, 12, 2017, 13-32.
Abdulraouf Nima, M., Mohammed Ali, A., Ali Baker, H., Shihan Awad, A., Abdul Hadi, H., Abdul Ameer, H., Ahmed Jasim, H., Talib Najim, S., Abdul sattar Majbor, K., Matti Alias, Q., Faraj Tobia, W., Adnan Hamed, M., Jawad Al-Taie, A., Faleh Al-Bayati, A., Noori M. Taki, Z. (2017). 'Numerical Study of Heat Transfer Enhancement for a Flat Plate Solar Collector by Adding Metal Foam Blocks', Alustath, 23(12), pp. 13-32.
Abdulraouf Nima, M., Mohammed Ali, A., Ali Baker, H., Shihan Awad, A., Abdul Hadi, H., Abdul Ameer, H., Ahmed Jasim, H., Talib Najim, S., Abdul sattar Majbor, K., Matti Alias, Q., Faraj Tobia, W., Adnan Hamed, M., Jawad Al-Taie, A., Faleh Al-Bayati, A., Noori M. Taki, Z. Numerical Study of Heat Transfer Enhancement for a Flat Plate Solar Collector by Adding Metal Foam Blocks. Alustath, 2017; 23(12): 13-32.

Numerical Study of Heat Transfer Enhancement for a Flat Plate Solar Collector by Adding Metal Foam Blocks

Journal of Engineering
Article 1, Volume 23, Issue 12, December 2017, Pages 13-32
Authors
Mohammed Abdulraouf Nima; Ali Mohammed Ali; Hussain Ali Baker; Alaa Shihan Awad; Hassan Abdul Hadi; Hassan Abdul Ameer; Haneen Ahmed Jasim; Sarmad Talib Najim; Kosay Abdul sattar Majbor; Qais Matti Alias; Wafa Faraj Tobia; Mohamed Adnan Hamed; Abbas Jawad Al-Taie; Ahmed Faleh Al-Bayati; Zahir Noori M. Taki
Abstract
Numerical study has been conducted to investigate the thermal performance enhancement of flat plate solar water collector by integrating the solar collector with metal foam blocks.The flow is assumed to be steady, incompressible and two dimensional in an inclined channel. The channel is provided with eight foam blocks manufactured form copper. The Brinkman-Forchheimer extended Darcy model is utilized to simulate the flow in the porous medium and the Navier-Stokes equation in the fluid region. The energy equation is used with local thermal equilibrium (LTE) assumption to simulate the thermofield inside the porous medium. The current investigation covers a range of solar radiation intensity at 09:00 AM, 12:00 PM, and 04:00 PM on the 8th of July 2016 under Iraq climate conditions, and a range of Reynolds number of (207

Keywords

Solar water collector
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metal foam
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finite volume method
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Iraq climate.
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مجمع شمسي مائي، رغوه معدنية، طريقة الحجم المحكوم، اجواء عراقية.
Keywords
Solar water collector; metal foam; Finite volume method; Iraq climate; Amara field; geological model; history matching; reservoir performance prediction; nano silica; nano alumina; oil well cement; pressure drop; packed bed; Ergun equation; Friction factor; power consumption; Ergun; Aboveground storage tanks; Corrosion control; Impressed current cathodic protection; Sacrificial anode cathodic protection; compression index; compression ratio; Index Properties; artificial neural network
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