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2 Leonhardt, F., "Vorlesingen üuber Massivbau" Springer Verlag 1980
3 CEN, "Traffic loads on bridges" CEN 2004
4 Strasky, J., "The power of prestressing" 4 (4): 25-43, 2003
5 Arici, M., "The influence of time-dependent phenomena in segmental construction of concrete cable-stayed bridges" 7 (7): 125-137, 2011
6 AASHTO, "Standard specifications for Highway Bridges 12th Ed" Association General Offices 1977
7 Granata, M.F, "Serviceability of segmental concrete arch-frame bridges built by cantilevering" 9 (9): 21-36, 2013
8 Lin, T.Y, "Secondary moment and moment redistribution in continuous prestressed concrete beams" 8-20, 1972
9 Oh, B.H., "Realistic equivalent load methods in prestressed concrete structures" 13 (13): 11-17, 2001
10 Kuyucular, A., "Prestressing optimization of concrete slabs" ASCE 117 (117): 235-254, 1991
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16 Baž. ant, Z. P., "Prediction of concrete creep effects using age-adjusted effective modulus method" 69 : 212-217, 1972
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22 Naaman, A. E., "Partially prestressed beams: a unified design procedure for strength and serviceability" 236-249, 1980
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28 Aalami, B. O., "Load balancing : a comprehensive solution to post-tensioning" 87 (87): 662-670, 1990
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31 Mathivat, J., "Incremental Construction of Prestressed-Concrete Bridges(in" Editions Eyrolles 1979
32 Favre, R, "Generalization of the load balancing method" 1994
33 MOC, "General specification for road and bridge construction" MINCON 1973
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35 Arenas, de P. J. J., "El pretensado considerado como accion compensadora de las cargas exteriores" 121 (121): 97-113, 1974
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38 Lin, T.Y, "Design of Prestressed Concrete Structures" John Wiley and Sons 1982
39 Gilbert, R.I, "Design of Prestressed Concrete" Spoon Press 2005
40 Granata, M. F., "Construction stages of cable-stayed bridges with Composite deck" IOS Press 8 (8): 93-106, 2012
41 Michele Fabio Granata, "Concrete arch bridges built by lattice cantilevers" 국제구조공학회 45 (45): 703-722, 2013
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43 Ahmad Ali Khan, "Cable layout design of two way prestressed concrete slabs using FEM" 국제구조공학회 11 (11): 75-91, 2013
44 Khan, A. A., "Cable layout design of one way prestressed concrete slabs using FEM" 2 : 34-41, 2010
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49 Teixeira, A.O.F., "Analysis of continuous prestressed slabs by the finite element method, In Computational Mechanics, New Trends and Applications" CIMNE 1998
50 Favre, R., "Amount of prestressing based on serviceability requirements" 594-601, 1999
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52 Granata, M. F., "A parametric study of curved incrementally launched bridges" 49 : 373-384, 2013
53 Naaman, A. E., "A new methodology for the analysis of beams prestressed with unbonded or external tendons" American Concrete Institute 339-354, 1990
54 Chiorino, M. A., "A Rational Approach to the Analysis of Creep Structural Effects, Shrinkage and Creep of Concrete" American Concrete Institute 107-141, 2005
55 American Concrete Institute, "3RXX Time Dependent Effects in Concrete Structures" 2012
56 American Concrete Institute, "209.2R08 Guide for modelling and calculating shrinkage and creep in hardened concrete" 1-45, 2008