1. IBELL T. J. Behaviour of anchorage zones for prestressed concrete. PhD dissertation, University of Cambridge, August 1992.
Journal Papers
1. IBELL T.J. and BURGOYNE C.J. (1993) An experimental investigation of the behaviour of anchorage zones. Mag. Concr. Res. December 1993, Vol.45, pp.281-292.
2. IBELL T.J. and BURGOYNE C.J. (1994) A plasticity analysis of anchorage zones. Mag. Concr. Res. March 1994, Vol.46, pp.39-48.
3. IBELL T.J. and BURGOYNE C.J. (1994) A generalised lower-bound approach to the analysis of anchorage zones for prestressed concrete. Mag. Concr. Res. June 1994, Vol.46, pp.133-143.
4. IBELL T.J., MORLEY C.T. and MIDDLETON C.R. (1997) A plasticity approach to the assessment of shear in concrete beam-and-slab bridges. The Structural Engineer. Vol.75, No.19, 7 October 1997, pp.331-338.
5. IBELL T.J., MORLEY C.T. and MIDDLETON C.R. (1998) An upper-bound plastic analysis for shear. Mag. Concr. Res. Vol.50, No.1, March 1998, pp.67-73.
6. IBELL T.J., MORLEY C.T. and MIDDLETON C.R. (1998) Shear assessment of concrete beam-and-slab bridges. ICE Journal of Structures and Buildings. Vol.128, No.3, August 1998, pp.264-273.
7. IBELL T.J., MORLEY C.T. and MIDDLETON C.R. (1999) Strength and behaviour in shear of concrete beam-and-slab bridges. ACI Structures Journal. Vol.96, No.3, May-June 1999, pp.386-391.
8. IBELL T.J. and BURGOYNE C.J. (1999) The use of FRPs vs steel for shear reinforcement of concrete. ACI Structures Journal. Vol.96, No.6, Nov-Dec 1999, pp997-1003.
9. GALE L. and IBELL T.J. (2000) Effects of compression reinforcement on the shear strength of reinforced concrete bridge beams. Mag. Concr. Res. Vol.52 No.4 August 2000, pp.275-285.
10. IBELL T.J., DENTON S.R. and POSNER C. The shear capacity of existing concrete bridges with inadequately-anchored reinforcement. Submitted to The Structural Engineer. June 2000.
11. AU S. and IBELL T.J. Deflections of FRP-reinforced concrete beams. Submitted to ASCE Journal of Structures. June 2000.
12. WHITEHEAD P.A. and IBELL T.J. Behaviour of FRP-reinforced concrete beams in shear. In preparation. To be submitted to the ACI Structural Journal.
13. WHITEHEAD P.A., BURGOYNE C.J. and IBELL T.J. Flexural performance of over-reinforced concrete beams containing helical reinforcement. In preparation. To be submitted to the Magazine of Concrete Research.
Book
1. LIDDELL I., CRIPPS A., TAVERNOR M., HARRIS B. and IBELL T. Applications for FRP composites in construction. To be published by CIRIA, January 2001.
Section in Code-of-Practice
1. Federation Internationale du Beton (fib Task Group 9.3). The structural use of advanced composites. Section in preparation is ‘Anchorage zones for FRP-prestressed concrete structures’. July 2001.
Conference Papers
1. IBELL T.J. and BURGOYNE C.J. (1992) Behaviour of prestressed concrete end blocks. Proc. 9th Exp. Mech. Conf. College Station, Texas, May 1992, pp.135-138.
2. IBELL T.J. and BURGOYNE C.J. (1993) Plastic analysis of anchorage zones for prestressed concrete. Proc. FIP Symposium ‘93, Modern prestressing techniques and their applications. Kyoto, Japan, Vol.3, October 1993, pp.1291-1298.
3. IBELL T.J. and MIDDLETON C.R. (1995) A generalised collapse analysis method for concrete bridge assessment. Proc. IABSE Symposium. San Francisco, August 1995, pp.1569-1574.
4. IBELL T.J., MORLEY C.T. and MIDDLETON C.R. (1997) The assessment in shear of existing concrete bridges. Proc. FIP Symposium ‘97, The concrete way to development. Johannesburg, March 1997, pp.529-536.
5. SADKA B., IBELL T.J. and MIDDLETON C.R. (1997) The use of plasticity theory for the assessment of concrete and composite bridges. Proc. FIP Conference on bridge management. Lisbon, July 1997, pp.1121-1126.
6. IBELL T.J. and BURGOYNE C.J. (1998) The shear strength of concrete containing fibre-reinforced-plastic (FRP) reinforcement. The First Concrete Week of Singapore, Singapore, August 1998.
7. DENTON S.R., IBELL T.J. and POSNER C. (2000) Full-scale model testing to investigate the shear capacity of concrete bridges with inadequately-anchored reinforcement. Proceedings of the 4th International Bridge Management Conference, University of Surrey, Guildford, April 2000.
8. CHOI M.C. and IBELL T.J. (2000) Anchorage zones for FRP-prestressed concrete. To be presented at the 3rd International Conference on Advanced Composite Materials in Bridges and Structures held in August 2000, Ottawa, Canada.
9. WHITEHEAD P. and IBELL T.J. (2000) Shear behaviour of FRP-reinforced concrete beams. To be presented at the 3rd International Conference on Advanced Composite Materials in Bridges and Structures held in August 2000, Ottawa, Canada.
Contract Reports
1. IBELL T.J., MORLEY C.T. and MIDDLETON C.R. (1996) A generalised collapse analysis method for existing concrete bridges. EPSRC Final contract report. November 1996.
2. IBELL T.J., MORLEY C.T. and MIDDLETON C.R. (1997) A generalised collapse analysis method for existing concrete bridges. Highways Agency Final contract report. November 1997.
Technical Reports
1. IBELL T.J. and BURGOYNE C.J. (1991) An experimental investigation into the behaviour of prestressed concrete end blocks. Technical Report CUED/D-Struct/TR 135. Cambridge University Engineering Department, May 1991.
2. IBELL T.J., MORLEY C.T. and MIDDLETON C.R. (1996) Background to and developments in shear in reinforced concrete members. Technical Report CUED/D-Struct/TR 151. Cambridge University Engineering Department, February 1996.
3. IBELL T.J., MORLEY C.T. and MIDDLETON C.R. (1996) An experimental investigation into shear in large-scale concrete beam-and-slab structures. Technical Report CUED/D-Struct/TR 165. Cambridge University Engineering Department, October 1996.
4. IBELL T.J., MORLEY C.T. and MIDDLETON C.R. (1997) A generalised collapse analysis method for concrete bridges. Technical Report CUED/D-Struct/TR 166. Cambridge University Engineering Department, January 1997.