K. Al Naffiey, H., A. Al Kayiem, A., D. Abood, E., K. A. Ajjam, S., Hadi Ghawi, A., Ali Abdul-Rahaim, L., Fareed Partu Al-Bakrei, A., N. Hussein, W., H. Awad, S., H. Al, N., Raheimy, , Q. AL-Thahab, A. (2012). Thermal Analysis of The laminar Free Convection phenomena in an Air Filled Triangular Cavity with Different Boundary Conditions. Alustath, 20(1), 206-219.
Hameed K. Al Naffiey; Ali A. Al Kayiem; Emad D. Abood; Sata K. A. Ajjam; Ali Hadi Ghawi; Laith Ali Abdul-Rahaim; Amir Fareed Partu Al-Bakrei; Wathiq N. Hussein; Samir H. Awad; Nawal H. Al; Raheimy; Ahmed Q. AL-Thahab. "Thermal Analysis of The laminar Free Convection phenomena in an Air Filled Triangular Cavity with Different Boundary Conditions". Alustath, 20, 1, 2012, 206-219.
K. Al Naffiey, H., A. Al Kayiem, A., D. Abood, E., K. A. Ajjam, S., Hadi Ghawi, A., Ali Abdul-Rahaim, L., Fareed Partu Al-Bakrei, A., N. Hussein, W., H. Awad, S., H. Al, N., Raheimy, , Q. AL-Thahab, A. (2012). 'Thermal Analysis of The laminar Free Convection phenomena in an Air Filled Triangular Cavity with Different Boundary Conditions', Alustath, 20(1), pp. 206-219.
K. Al Naffiey, H., A. Al Kayiem, A., D. Abood, E., K. A. Ajjam, S., Hadi Ghawi, A., Ali Abdul-Rahaim, L., Fareed Partu Al-Bakrei, A., N. Hussein, W., H. Awad, S., H. Al, N., Raheimy, , Q. AL-Thahab, A. Thermal Analysis of The laminar Free Convection phenomena in an Air Filled Triangular Cavity with Different Boundary Conditions. Alustath, 2012; 20(1): 206-219.

Thermal Analysis of The laminar Free Convection phenomena in an Air Filled Triangular Cavity with Different Boundary Conditions

Journal of University of Babylon
Article 1, Volume 20, Issue 1, April 2012, Pages 206-219
Authors
Hameed K. Al Naffiey; Ali A. Al Kayiem; Emad D. Abood; Sata K. A. Ajjam; Ali Hadi Ghawi; Laith Ali Abdul-Rahaim; Amir Fareed Partu Al-Bakrei; Wathiq N. Hussein; Samir H. Awad; Nawal H. Al; ; Ahmed Q. AL-Thahab
Abstract
In this research a numerical study of two-dimensional laminar free convection has been carried out on closed triangular cavities with different wall boundary conditions. Three different boundary conditions were studied (a) case (A), the vertical and horizontal wall inside of the triangular cavity are objected to forced convection h=100 W/m ⁰C and T=300 K through the intervals 0

Keywords

Heat transfer
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Numerical
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Laminar
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Free convection
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Triangular Cavity
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Heat Flux
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ANSYS
Keywords
Heat transfer; Numerical; laminar; Free convection; Triangular Cavity; Heat Flux; ANSYS; contact tank; CFD; RTD; SolarBee mixer; tracer; wastewater; Fuzzy Logic Control; neural networks; Internal model control; Servo system; Discrete Wavelet Transform; Hybrid Enhancement Fusion Algorithms; unsharp masking filter; Maximum Selection Rule and MATLAB M; File; Optimum design; Finite element method; Finned Surface; Free and Forced convection; Transverse vibration; Buckling; natural frequency; Multiwavelet Transform; Radon transform; Type of Noise; artificial neural network; Conjunction Analysis; low; Alloy steel; Heat treatments; mechanical properties
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