1 Mordini, A., "Three–dimensional numerical modeling of reinforced concrete behavior" University of Parma 2006
2 Cervenka, V., "Three dimensional combined fracture-plastic material model for concrete" 24 (24): 2192-2220, 2008
3 Bergmeister, K., "Structural assessment and reliability analysis for existing engineering structures, theoretical background" 5 (5): 267-275, 2009
4 Fattuhi, N. I., "Strength of SFRC corbels subjected to vertical load" 116 (116): 701-718, 1990
5 Fattuhi, N. I., "Strength of FRC corbels in flexure" 120 (120): 360-377, 1994
6 Campione, G., "Steel fiber-reinforced concrete corbels: experimental behavior and shear strength prediction" 104 (104): 570-579, 2007
7 ACI Committee 544, "Static flexural analysis of beams containing bars and fibers, Design considerations for steel fiber reinforced concrete"
8 Fattuhi, N. I., "Sfrc corbel tests" 84 (84): 119-123, 1987
9 Rita C. Silva, "Safety factor calibration for bridge concrete girders" 국제구조공학회 49 (49): 163-182, 2014
10 Novak. D., "SARA Program Documentation – Theory" Cervenka Consulting 2002
1 Mordini, A., "Three–dimensional numerical modeling of reinforced concrete behavior" University of Parma 2006
2 Cervenka, V., "Three dimensional combined fracture-plastic material model for concrete" 24 (24): 2192-2220, 2008
3 Bergmeister, K., "Structural assessment and reliability analysis for existing engineering structures, theoretical background" 5 (5): 267-275, 2009
4 Fattuhi, N. I., "Strength of SFRC corbels subjected to vertical load" 116 (116): 701-718, 1990
5 Fattuhi, N. I., "Strength of FRC corbels in flexure" 120 (120): 360-377, 1994
6 Campione, G., "Steel fiber-reinforced concrete corbels: experimental behavior and shear strength prediction" 104 (104): 570-579, 2007
7 ACI Committee 544, "Static flexural analysis of beams containing bars and fibers, Design considerations for steel fiber reinforced concrete"
8 Fattuhi, N. I., "Sfrc corbel tests" 84 (84): 119-123, 1987
9 Rita C. Silva, "Safety factor calibration for bridge concrete girders" 국제구조공학회 49 (49): 163-182, 2014
10 Novak. D., "SARA Program Documentation – Theory" Cervenka Consulting 2002
11 George C. Thomos, "Reliability of column capacity design in shear" 국제구조공학회 10 (10): 507-521, 2012
12 Nowak, S., "Reliability of Structures" McGraw-Hill Press 2000
13 George C. Thomos, "Reliability based calibration of the capacity design rule of reinforced concrete beam-column joints" 국제구조공학회 8 (8): 631-645, 2011
14 Guliz Bayramoglu, "Reliability analysis of tested steel I-beams with web openings" 국제구조공학회 41 (41): 575-589, 2012
15 Hughes, B.P., "Reinforced steel fiber concrete corbel with various shear span-to-depth ratios" 86 (86): 590-596, 1989
16 Hughes, B.P., "Reinforced steel and polypropylene fiber concrete corbel tests" 67 (67): 68-72, 1989
17 Fattuhi, N. I., "Reinforced corbels with plain and fibrous concretes" 91 (91): 530-536, 1994
18 Ersoy, U., "Reinforced Concrete" Middle East Technical University Press 2006
19 Campione, G., "Performance of steel fibrous reinforced concrete corbels subjected to vertical and horizontal loads" 135 (135): 519-529, 2009
20 GuhaRay, A., "Partial safety factors for retaining walls and slopes: A reliability based approach" 6 (6): 99-115, 2014
21 Alfred Strauss, "Nonlinear finite element analysis of reinforced concrete corbels at both deterministic and probabilistic levels" 국제구조공학회 3 (3): 123-144, 2006
22 Structural Engineering Institute, "Minimum design loads for buildings and other structures" 1998
23 Yang, J. M., "Influence of steel fibers and headed bars on the serviceability of high-strength concrete corbels" 138 (138): 123-129, 2012
24 Campione, G., "Flexural response of FRC corbels" 31 (31): 204-210, 2009
25 Novak, D., "FReET: Software for the statistical and reliability analysis of engineering problems and great D: Degradation module" 72 : 179-192, 2014
26 Hughes, B.P., "Ductility of reinforced concrete corbels containing either steel fibers or stirrups" 86 (86): 644-651, 1989
27 Ellingwood, B., "Development of a probability based load criterion for American National Standard A58" U.S. Department of Commerce, National Bureau of Standards 222-, 1980
28 Turkish Standart Institute, "Design and construction rules for reinforced concrete structures" 2000
29 Fattuhi, N. I., "Column-load effect on reinforced concrete corbels" 116 (116): 188-197, 1990
30 Szerszen, M.M., "Calibration of design code for buildings (ACI 318): part 2 – reliability analysis and resistance factors" 100 (100): 383-391, 2003
31 ACI Committee 318, "Building code requirements for structural concrete (ACI 318-99) and commentary (318R-99)"
32 Muhammad, A. H., "Behavior and strength of high-strength fiber reinforced concrete subjected to monotonic and cyclic (repeated) loading" University of Technology 1998
33 Cervenka, V., "ATENA Program Documentation – Theory" Cervenka Consulting 2013