تحویر الخواص الریولوجیة للإسفلت باستعمال الزیوت المستهلکة والأکسدة الهوائیة

القسم: Research Paper
إصدار
مجلد 28 عدد 2 (2019): المجلد 28 العدد 2
منشور
Jun 1, 2019
##editor.issues.pages##
40-49

الملخص

نظراً للحاجة الماسة لإنتاج مواد ذات جدوى اقتصادیة کبیرة تتمثل فی إنتاج مواد إسفلتیة ذات مواصفات ریولوجیة تختلف عن مواصفات استعمال الإسفلت الاعتیادی اشتملت هذه الدراسة على معاملة الإسفلت مع الزیوت بنسب مختلفة وبوجود عملیة أکسدة هوائیة . تم الحصول من خلال هذه الدراسة على نماذج إسفلتیة ذات مواصفات ریولوجیة بالإمکان استعمالها فی مجال التبلیط وأخرى یمکن استعمالها کمواد مانعة للرطوبة اعتماداً على القیاسات التی تم إجراؤها( الاستطالة ، النفاذیة ، درجة اللیونة ، نسبة الاسفلتین ، حساب دلیل الاختراق).

المراجع

  1. - Parkash, S., Petroleum Fuels Manufacturing Hand Book, Mc Graw-Hill Companies, Inc. 102-131, (2010).
  2. - Al-Zubaidi, M. A., Modification of the Rheological Properties of Beeje Asphalt Using Different Additives and the Field of Their Uses, M.SC. Thesis, University of Mosul, (2013).
  3. - Can, J., Asphalt Modification with Used Lubricating Oil, Canadian Journal of Civil Engineering, 35(2): 148-157, (2008).
  4. - Arslan, L., K. and Taque, E., Treatment of Asphalt from Heet Area Using the Residues of Basic Oils , Diala, Jour., Vol. 39, (2008).
  5. - Huff, B. J. and Vallerga, B. A., Characteristic and Performance of Asphalt-Rubber of Materials Containing a blend of Reclaimed and Crumb Rubber, Transp. Res. Rec.; Chem. Abs., (1982), 96, 22300u, (1981).
  6. - Al-Sayd Toohi, H. T. S., Study of Rheological Properties of Modified Qiayarah Asphalt by Reclaim Tires Rubber Using Microwave Technique, M.Sc. Thesis, University of Mosul, (2013).
  7. - Sadeque, M., Patil, D.K.A., Rheological Properties of Recycled Low Density Polyethlene and Polypropylene Modified Btumen, Internationol Journal of Advanced Technology in Civil Engineering, Vol.-2, Issue-2, (2013).
  8. - Bulato, V., O., Rek,V. and Markovic, K.J., Polymer Modified Bitumen, Materials Research Innovation Vol.16,No.1(2012).
  9. - Al-Liheby, S. A. S., Effect of Some Polymeric Additives to the Asphalt Materials and the Field of Their Uses, M.Sc. Thesis, University of Mosul, (2012).
  10. - Anjan, S., Veeraragavan, A., Construction and Building Materials, Vol. 24, Issue 11, pp: 2041-2100, (2010).
  11. - Salih, L. A., Effect of Air Blowing on the Stability of Mixtures (Qayarah Asphalt-Sulpher), Al-Rafidden Science Journal, Vol. 29, No. 2, pp 174-190, (2008).
  12. - Zhang, L. and Green field M.L, Effects of Polymer Modification on Properties and Microstructure of Model asphalt Systems, Energy & Fuels, Vol. 22, pp. 3363-3375,(2008).
  13. - Ali, L. H., Al-Ghannam, K. A., Investigation into Asphaltenes in Heavy Crude Oils, J. Fuel, Vol. 60, pp: 1043-1046, (1981)
  14. - ASTM, Part II, (D36-70), P. 27, (1972).
  15. - ASTM, Section 4, (D5-83), P. 97, (1986).
  16. - ASTM, Section 4, (D5-85), P. 127, (1986).
  17. - Traxler, R. N., Asphalt: Its Composition, Properties in Uses, Haff, Ltd., London, p. 3. 72-72, (1961).
  18. - Adam, Georgius A., Industrial Chemistry, Dar Al-Kutub for Printing and Publishing, University of Mosul, pp. 168, 171, 440-443, (1986).
  19. - Ali, L. H. and Al-Dobouni, I. A. Petroleum: Origin, Composition, and Structure, Mosul University, pp. 236, 237, 271, 272, 274, (1986).
  20. - Al-Frakh, Y. and Abu Shihada, A., Production of Bitumen Grades, Brit., UK Pat. Appl., GB2, 028,406; Chem. Abs., (1982), 96, 126085g, (1981).
  21. - Holbsen, G. D., Modern Petroleum Technology, 4th ed., Ltd. Britain, pp: 804-806, 810-811, (1975).
  22. - ASTM (1969), Part 11, (D491-41), p. 250-251, (1969).
  23. - Polacco, G. Stastna, J., Biondi, D. Antonelli, F., Vlachovicova, Z. and Zanzotto, L., Rheology of asphalts modified with glycidylmethacrylate functionalized polymers. J. of colloid and interface science, Vol. 280, pp. 336-373, (2004).
  24. - Central Organization for Standardization and Quality Control (COSQC), Standard Specification No. 1196 about the Asphalt used in Roofing Operations, Ministry of Construction and Housing and Municipalities and Public Works, Iraq, (1988).
  25. - State Commission for Roads and Bridges (SCRB), Department of Design and Study, Ministry of Construction and Housing and Municipalities and Public Works, Baghdad, (2001).
  26. - Lesueur D., The Colloidal Structure of Bitumen: Consequences on the Rheology and on the Mechanisms Modification, Advances in colloid and Interface, p.145,28-42, (2009).
  27. - Introduction To Asphalt, Asphalt institute manual series No. 5(MS-5)P. 2,9-11, 14,61, (2001)
  28. - Thakre,N., Mangrulkar,D., Janbandhu,M. and Saxena,J., Polymer Modified Bitumen, IOSR Journal of Mechaical and Civil Enginering Vol.13, Issue 6Ver, (2016).
  29. - Maharaj, Rean and Maharaj, Chris, Physical Properties of Low Density Polyethylene, Polyvinyl chloride and used Engine oil Modified Asphalt, Progress in Rubber and Recycling Technology, Vol. 31. 3, (2015).
  30. - Dekhli, S., Mokhtar, K..A., Hammoum, F.and Bachir, D.S., Rheological Behaviour of Ethylene-Vinyl-Acetate(EVA) Modified Road Bitumen, Journal of Applied Sciences Vol. 15, No.(3), pp 444-455, (2015).
  31. - Djaffar, S., Samy, D. and Khadidja, A.M., Rheological Propertes and Storage Stabilty of SEBS Polymer Modified Btumen, International Journal of Engineering Science and Technology, Vol.5,No.05, (2013).

المؤلفون

آلاء حسین
عمار حمدون

المعرفات

https://doi.org/10.33899/edusj.2019.161176
تنزيل هذا الملف
PDF (English)

الإحصائيات

كيفية الاقتباس

[1]
A. Ali Hussein, حسین آ., A. Ahamed Hamdoon, و حمدون ع., "تحویر الخواص الریولوجیة للإسفلت باستعمال الزیوت المستهلکة والأکسدة الهوائیة", EDUSJ, م 28, عدد 2, ص 40–49, 2019.