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CHARACTERISTICS OF DISCHARGE COEFFICIENT IN INDUSTRIAL BURNER APPLICATIONS

How to cite

Prof.Dr.Uzaldin Sadick Abdulhussain ,Dr.Mohyedin Ahmed Abdel Ghadir Mohamed,2008, CHARACTERISTICS OF DISCHARGE COEFFICIENT IN INDUSTRIAL BURNER APPLICATIONS,Journal of Science and Technology,9 (1) ,pp:1-12

Authors:
By Prof.Dr.Uzaldin Sadick Abdulhussain ,Dr.Mohyedin Ahmed Abdel Ghadir Mohamed,
Year:
2008
Keywords
Abstract
Experimental investigation is made to determine discharge coefficient of different types of burners used in industrial combustion applications. Tests were carried out to study the influence of burner geometry and flow variables, such as Reynolds number, porosity, length/diameter ratio and number of holes on discharge coefficient. Results have shown reasonable agreement when compared with data done by other researchers. Tests were carried out at Sudan University of Science and Technology-College of Engineering.
الملخص
التحقيق التجريبي لإيجاد معاملِ التصريف للمشاعل المختلفةِ التي ِتستعمل في تطبيقاتِ الاحتراق الصناعيةِ. الاختبارات نُفّذتْ لدِراسَة تأثيرِ هندسةِ المشعلِ ومتغيّراتَ السريان، مثل عددِ رينولدز، مسامية، طول/نسبة قطرِ، وعدد الفتحاتِ، على معاملِ التصريفِ. أظهرت النَتائِج توافقية معقولة عندما قَورنتْ بالبياناتِ المعمولة من باحثين آخرين. تم أجراء الجزء التطبيقي في كلية الهندسة في جامعة السودان للعلوم والتكنولوجيا.
References:
  1. Al-dabbagh, N. A. and Andrews, (1983). The influence of flame stabikizer pressure loss on mixing, combustion performance and flame stability, 6th International symposium on air breathing engines, Paris, AIAA Paper 83(7021): [172-181].
  2. British Standards Institutution B. S. Methods of the measurement of fluid Flow in pipes, 1042 part 1, Section 1.1 and 1.2, 1964 .
  3. Jepson, P. and Chip chase R., (1975). Effect of plate Buckling on orifce meter Accurcy, Journal of Mechanical Engineering Science, Vol. 17(6): [330-337].
  4. Karassik, I. J. and Krytzsch, W.C., (1988). Flow measurement Engineering Hand Book,McGraw Hill, [115-119].
  5. Al-dabbagh, N. A. and Andrews, (1984). Weak extinction and turbulent burning velocity for grid plate stabilizer premixed flames, Combustion and flame, Vol.3: [31-42].
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