1 AASHTO, "Standard specification for highway bridges"
2 "ISO 13918. Welding-Studs and ceramic ferrules for arc stud welding"
3 Aziz Saber, "Full-Scale Test of Continuity Diaphragms in Skewed Concrete Bridge Girders" American Society of Civil Engineers (ASCE) 16 (16): 21-28, 2011
4 Chen Chen, "Experimental and Simulation Studies on the Mechanical Performance of T-Girder Bridge Strengthened with Transverse Connection" American Society of Civil Engineers (ASCE) 33 (33): 04019055-, 2019
5 Hazim Dwairi, "Evaluation of live-load distribution factors for high-performance prestressed concrete girder bridges" IOS Press 15 (15): 15-26, 2019
6 CEN, "Eurocode 4: Design of composite steel and concrete structures"
7 CEN, "Eurocode 3Design of steel structures: Part 1.1, General rules and rules for buildings"
8 CEN, "Eurocode 1:Actions on structures—Part 2: Traffi c loads on bridges"
9 EOTA, "Etag 001: Guideline for European technical approval of metal anchors for use in concrete, annex C: Design methods for anchorages. 3rd Amendment"
10 Sieffert, Y, "Effects of the diaphragm at midspan on static and dynamic behaviour of composite railway bridge: A case study" 28 (28): 1543-1554, 2006
1 AASHTO, "Standard specification for highway bridges"
2 "ISO 13918. Welding-Studs and ceramic ferrules for arc stud welding"
3 Aziz Saber, "Full-Scale Test of Continuity Diaphragms in Skewed Concrete Bridge Girders" American Society of Civil Engineers (ASCE) 16 (16): 21-28, 2011
4 Chen Chen, "Experimental and Simulation Studies on the Mechanical Performance of T-Girder Bridge Strengthened with Transverse Connection" American Society of Civil Engineers (ASCE) 33 (33): 04019055-, 2019
5 Hazim Dwairi, "Evaluation of live-load distribution factors for high-performance prestressed concrete girder bridges" IOS Press 15 (15): 15-26, 2019
6 CEN, "Eurocode 4: Design of composite steel and concrete structures"
7 CEN, "Eurocode 3Design of steel structures: Part 1.1, General rules and rules for buildings"
8 CEN, "Eurocode 1:Actions on structures—Part 2: Traffi c loads on bridges"
9 EOTA, "Etag 001: Guideline for European technical approval of metal anchors for use in concrete, annex C: Design methods for anchorages. 3rd Amendment"
10 Sieffert, Y, "Effects of the diaphragm at midspan on static and dynamic behaviour of composite railway bridge: A case study" 28 (28): 1543-1554, 2006
11 E. M. Lui, "Effects of Diaphragm Spacing and Stiffness on the Dynamic Behavior of Curved Steel Bridges" 한국강구조학회 6 (6): 163-174, 2006
12 Iman Mohseni, "Effect of Intermediate Diaphragm on Lateral Load Distribution Factor of Multicell Box-girder Bridges" 대한토목학회 18 (18): 2128-2137, 2014
13 Cai, C. S., "Diaphragm effects of prestressed concrete girder bridges : Review and discussion" 12 (12): 161-167, 2007
14 R. E. Abendroth, "Diaphragm Effectiveness in Prestressed-Concrete Girder Bridges" American Society of Civil Engineers (ASCE) 121 (121): 1362-1369, 1995
15 Yanwei Niu, "Diaphragm Damage of Precast Concrete T-Shape Girder Bridge: Analysis and Strengthening" Bentham Science Publishers Ltd. 8 (8): 434-438, 2014
16 Murray, C. D, "Destructive testing and computer modeling of a scale prestressed concrete I-girder bridge" 183 : 195-205, 2019
17 EOTA, "Design of Bonded Anchors"
18 Ministry of Transport of the People’s Republic of China, "Code for design of Highway reinforced concrete and prestressed concrete bridges and culverts . JTG D62-2004"
19 Zheng, B. S., "Analysis of diaphragms infl uence on the fatigue properties of reinforced concrete rib beam bridge" Northeast Forestry University 2017
20 ANSYS, "ANSYS user’s manual revision 15"