تاثیر فاصله نصب صفحات مغروق بر آبشستگی اطراف تکیه گاه پل

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 3-Emamgholi Zadeh, S. and Nohani, E., 2017. Application of the Submerged Vanes on Reduction of Local Scour around the Bridge Abutment with Rounded Nose. Irrigation and Drainage Structures Engineering Research, 18(68), pp.113-128, (In Persian).

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 8-  Kayaturk, SY., 2005. Scour and Scour Protection at Bridge Abutments. Ph.D. Thesis, Middle East Technical University, Turkey.  213p.

 9- Khademi, Kh. and Shafai Bajestan, M., 2014. Investigating the effect of number, position and angle of submerged vanes in bridge abutment location on scour depth. Iranian Water Researches Journal, 8(15), pp.145-153, (In Persian).

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 11-   Khozeime Nezhad, H., Ghomeshi, M. and Shafai Bejestan, M., 2014. Comparison of Symmetrical and Unsymmetrical Rectangular Collars on Reduction of Local Scour at Bridge Abutment. Irrigation Sciences and Engineering Journal, 37(2), pp.1-12, (In Persian).

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 19-   Parchami, L., Asghari Pari, A. and Shafai Bajestan, M., 2017. Experimental Investigation of Flat, Curved and Angled Submerged Vane’s Placement Effect on Bridge Pier Scouring.Journal of Irrigation Sciences and Engineering, 40(1/1), pp.111-122, (In Persian).

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 22-   Shafai bejestan, M, Mahmoodi, S. and Soozapour, A., 2016. Floating Vanes for Bend Scour Control, River Flow, St.Louis, USA.

 23-   Singh, C.P. Setia, B. and Verma, D.V.S., 2001. Collar-sleeve combination as a scour protection device around a circular pier. Proceedings of Theme D, 29th Congress on Hydraulics of Rivers, Water Works and Machinery, Chinese Hydraulic Engineering Society, Beijing, China. Septamber 16-21, pp. 202-209.

 24-   Sozepoor, A. and Shafai Bajestan, M., 2016. An appropriate angle for Floating vanes in order to control the erosion of the riffle’s bank. Journal of Soil and Water Sciences, Tabriz University, under press, (In Persian).

 25-    Yanmaz, A.M. and Köse, Ö., 2007. Surface characteristics of scouring at bridge elements. Turkish Journal of Engineering & Environmental Sciences, 31(2).