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Original Articles

Thermodynamic Irreversibilities and Second Law Analysis in a Spray Combustion Process

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Pages 29-54 | Received 05 Jun 1998, Published online: 05 Apr 2007

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A. DATTA. (2000) Entropy Generation in a Confined Laminar Diffusion Flame. Combustion Science and Technology 159:1, pages 39-56.
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Sanjeev Kr. Ghai, Umair Ahmed, Nilanjan Chakraborty & Markus Klein. (2022) Entropy Generation during Head-On Interaction of Premixed Flames with Inert Walls within Turbulent Boundary Layers. Entropy 24:4, pages 463.
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Aida Farsi, Ibrahim Dincer & Greg F. Naterer. (2020) Second law analysis of CuCl2 hydrolysis reaction in the Cu–Cl thermochemical cycle of hydrogen production. Energy 202, pages 117721.
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Nilanjan Chakraborty. (2015) Modeling of Entropy Generation in Turbulent Premixed Flames for Reynolds Averaged Navier–Stokes Simulations: A Direct Numerical Simulation Analysis. Journal of Energy Resources Technology 137:3.
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H.R. Arjmandi & E. Amani. (2015) A numerical investigation of the entropy generation in and thermodynamic optimization of a combustion chamber. Energy 81, pages 706-718.
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Richard Farran & Nilanjan Chakraborty. (2013) A Direct Numerical Simulation-Based Analysis of Entropy Generation in Turbulent Premixed Flames. Entropy 15:12, pages 1540-1566.
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Daniel N. Pope, Vasudevan Raghavan & George Gogos. (2010) Gas-phase entropy generation during transient methanol droplet combustion. International Journal of Thermal Sciences 49:7, pages 1288-1302.
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Junichi FUKUI, Jun HAYASHI & Fumiteru AKAMATSU. (2010) Effect of Group Combustion Behavior on Entropy Generation Rate in Spray Combustion Process(Thermal Engineering). Transactions of the Japan Society of Mechanical Engineers Series B TRANSACTIONS OF THE JAPAN SOCIETY OF MECHANICAL ENGINEERS Series B 76:769, pages 1433-1440.
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S.X. Chu & L.H. Liu. (2009) Entropy generation analysis of two-dimensional high-temperature confined jet. International Journal of Thermal Sciences 48:5, pages 998-1006.
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S.S. Mondal. (2008) Modelling of transport processes and associated thermodynamic irreversibilities in ignition and combustion of a pulverized coal particle. International Journal of Thermal Sciences 47:11, pages 1442-1453.
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S.K. Som & A. Datta. (2008) Thermodynamic irreversibilities and exergy balance in combustion processes. Progress in Energy and Combustion Science 34:3, pages 351-376.
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V. Raghavan, G. Gogos, V. Babu & T. Sundararajan. (2007) Entropy generation during the quasi-steady burning of spherical fuel particles. International Journal of Thermal Sciences 46:6, pages 589-604.
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S. Sengupta, A. Datta & S. Duttagupta. (2007) Exergy analysis of a coal-based 210 MW thermal power plant. International Journal of Energy Research 31:1, pages 14-28.
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Noam Lior, Wladimir Sarmiento-Darkin & Hassan S. Al-Sharqawi. (2006) The exergy fields in transport processes: Their calculation and use. Energy 31:5, pages 553-578.
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S. K. Som, S. S. Mondal & S. K. Dash. (2005) Energy and Exergy Balance in the Process of Pulverized Coal Combustion in a Tubular Combustor. Journal of Heat Transfer 127:12, pages 1322-1333.
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Wladimir Sarmiento-Darkin & Noam Lior. (2005) Methodology for Intrinsic Exergy Analysis as Guide for Process Improvement With a Fuel Droplet Combustion Example. Methodology for Intrinsic Exergy Analysis as Guide for Process Improvement With a Fuel Droplet Combustion Example.
A. Datta. (2005) Effects of gravity on structure and entropy generation of confined laminar diffusion flames. International Journal of Thermal Sciences 44:5, pages 429-440.
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B. K. Mandal, A. Datta & A. Sarkar. (2005) Transient development of methane-air diffusion flame in a confined geometry with and without air-preheat. International Journal of Energy Research 29:2, pages 145-176.
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S Mondal, A Datta & A Sarkar. (2004) Influence of side wall expansion angle and swirl generator on flow pattern in a model combustor calculated with k–ε model. International Journal of Thermal Sciences 43:9, pages 901-914.
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Kousuke Nishida, Toshimi Takagi & Shinichi Kinoshita. (2002) Analysis of entropy generation and exergy loss during combustion. Proceedings of the Combustion Institute 29:1, pages 869-874.
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