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  1. Performance analysis of contact baking of flat bread in an indirect-heating oven
Performance analysis of contact baking of flat bread in an indirect-heating oven
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Performance analysis of contact baking of flat bread in an indirect-heating oven

Karimi, G.

  1. DOI:10.1080/07373937.2012.683120
  2. Main Entry: Karimi, G.
  3. Title:Performance analysis of contact baking of flat bread in an indirect-heating oven.
  4. Publisher:2012.
  5. Abstract:A significant portion of Iranian flat breads are produced in semi-industrial, indirect-heating ovens. Therefore, an efficient oven design and a proper selection of operating conditions are crucial to improve the product quality and reduce energy consumption. In the present study, a mathematical model is developed to simulate a semi-industrial, indirect-heating, continuous oven performance during contact baking of an Iranian flat bread, referred to as Taftoon. Individual modes of heat transfer are considered among various components of the baking system to estimate the system performance and the bread quality in terms of design and operating conditions. The predictions of this model are in good agreement with the experimental data. Numerical results indicate that conduction is the primary heat transfer mechanism. Furthermore, the effects of dough thickness, conveyer speed, and input air velocity on the quality of the bread are studied and appropriate ranges for the parameters are determined
  6. Notes:Sharif Repository
  7. Subject:Contact baking.
  8. Subject:Air velocities.
  9. Subject:Baking systems.
  10. Subject:Bread quality.
  11. Subject:Experimental data.
  12. Subject:Flat bread.
  13. Subject:Heat transfer mechanism.
  14. Subject:Mathematical modeling.
  15. Subject:Numerical results.
  16. Subject:Operating condition.
  17. Subject:Oven design.
  18. Subject:Performance analysis.
  19. Subject:Product quality.
  20. Subject:Air.
  21. Subject:Energy utilization.
  22. Subject:Food products.
  23. Subject:Heat transfer.
  24. Subject:Mathematical models.
  25. Subject:Optimization.
  26. Subject:Ovens.
  27. Subject:Thermal processing (foods)
  28. Added Entry:Feilizadeh, M.
  29. Added Entry:Najafabadi, A. T.
  30. Added Entry:Sharif University of Technology.
  31. Source: Drying Technology ; Volume 30, Issue 9 , May , 2012 , Pages 1014-1023 ; 07373937 (ISSN)
  32. Web Site:http://www.tandfonline.com/doi/abs/10.1080/07373937.2012.683120

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