Mark F. Green, Publications

Publications



Sample publications:

  1. Chowdhury; Bisby; Green; Benichou; & Kodur, 2009, “Heat Trans. & Struct. Resp. Modelling of FRP Conf. Rect. Concr. Columns in Fire,” Constr. & Build. Mat. Accepted (Feb) (invited)
  2. Saiedi; Fam; & Green, 2010, “Behavior of CFRP-Prestressed Concrete Beams under High-Cycle Fatigue at Low Temperature,” ASCE J. of Comp. for Constr. Online 8 Nov 2010
  3. MacDougall; Green; & Amato, 2010, “CFRP Tendons for the Repair of Post-Tensioned, Unbonded Concrete Buildings,” ASCE J. of Perf. of Constr. Fac. Online 21 June 2010
  4. Kim; Green; & Wight, 2010. “Design and Site App. of Prestressed CFRP Sheets for Strengthening Concrete Structures,” ASCE J. of Perf. of Constr. Fac., 24(6): 495-496
  5. Chowdhury; Eedson; Bisby; Green; & Benichou, 2009, “Mechanical Characterization of Fibre FRP Materials at High Temperature,” Fire Technology. Online 8 Nov 2009.
  6. Kim; Campbell; MacDougall; & Green, 2009, “Hyperelastic Pad for an Integrated Cross-Tie System,” Can. J. of Civil Eng. 36(1): 84-95
  7. OBrien; Rowley.; Gonzalez; & Green, 2009. “A Regularised Solution to the Bridge Weigh in Motion Equations,” Int. J. of Heavy Vehicle Systems. 16(3): 310-327
  8. Kim; Longworth; Wight; & Green, 2008, “Flexure of 2-Way Slabs Strengthened with Prestressed or Non-prestressed CFRP Sheets,” ASCE J. of Comp. for Const., 12(4): 366-374
  9. Kim; Shi; & Green, 2008, “Ductility and Cracking Behavior of PC Beams Strengthened with Prestressed CFRP Sheets,” ASCE J. of Comp. for Const., 12(3): 274-283.
  10. Williams.; Kodur.; Green; & Bisby, 2008. “Fire Endurance of FRP Strengthened Concrete T-Beams,” ACI Struct. J., 105(1): 60-67.
  11. Kim; Green; & Fallis, 2008, “Repair of Bridge Girder Damaged by Impact Loads with Prestressed CFRP Sheets,” ASCE J. of Bridge Eng., 13(1): 15-23.
  12. Kim; Green; & Wight, 2008, “Live Load Distributions on an Impact-Damaged Bridge Repaired Using Prestressed CFRP Sheets,” ASCE J. of Bridge Eng., 13(2): 202-210.
  13. MacDougall; Fitzwilliam; & Green, 2008, “Floor Beam Testing Laboratory for Teaching Beam Bending Mechanics,” Int. J. for Eng. Educ., 24(3): 529-539.
  14. Chowdhury; Bisby.; Green; & Kodur, 2008, “Residual Behavior of Fire Exposed RC Beams Pre-Strengthened with FRP Sheets,” ASCE J. of Comp. for Const., 12(1): 61-68. 
  15. Fam; Kong; & Green, 2008, “Effects of Freezing and Thawing Cycles and Sustained Loading on Compressive Strength of Precast Composite Piles,” PCI Journal, 53(1): 109-120.
  16. Debaiky; Green; & Hope, 2007, “Modelling of Corroded FRP-Wrapped RC Columns in Axial Compression,” ASCE J. of Comp. for Const., 11(6): 556-564.
  17. Chowdhury; Bisby.; Green; & Kodur, 2007, “Investigation of Insulated FRP-Wrapped Reinforced Concrete Columns in Fire,” Fire Safety J., 42(6-7): 452‑460.
  18. Kodur; Bisby; & Green, 2007, “Guidance for the Design of FRP-Strengthened Concrete Members Exposed to Fire,” J. of Fire Prot. Eng., 17(1): 5-26.
  19. Green, 2007, “FRP Repair of Concrete Structures: Performance in Cold Regions,” Int. J. of Mat. and Prod. Tech., 28(1/2): 160-177 (invited).
  20. Kodur; Bisby; & Green, 2006, “FRP Retrofitted Concrete under Fire Conditions,” Conc. Int., 28(12): 37-44.
  21. Debaiky; Green; & Hope, 2006, “Long-Term Monitoring of CFRP Wrapped Reinforced Concrete Columns under Severe Environment,” ACI Struct. J., 103(6): 226-234.
  22. Kim; Green; Fallis; Wight; & Eden, 2006, “Damaged Bridge Girder Strengthening,” Con. Int., 28(11): 61-66. Translated into Korean and published separately.
  23. Green; Bisby; Fam; & Kodur, 2006, “FRP Confined Concrete Columns: Behaviour under Extreme Conditions,” Cem. and Conc. Comp., 28(10): 928-937 (invited).
  24. Kodur; Bisby; & Green, 2006, “Experimental Evaluation of the Fire Behaviour of Insulated FRP-Strengthened Reinforced Concrete Columns,” Fire Safety J., 41(7): 547-557.
  25. Williams; Bisby; Kodur; Green; & Chowdhury, 2006, “Fire Insulation Schemes for FRP-Strengthened Concrete Slabs”, Composites: Part A, 37: 1151-1160 (invited).
  26. Bisby; Green; & Kodur, 2005, “Response to Fire of Concrete Structures that Incorporate FRP,” Prog. in Struct. Eng. and Mat., 7(3): 136-149 (invited).