1. Kanninen MF, Leung CP, O'Donoghue PE et al. Joint final report on the development of a ductile pipe fracture model. Submitted to Pipeline Research Committee,. AMERICAN GAS ASSOCIATION, Arlington, Virginia, July, 1992
2. Vanspeybroeck P. New test methods to evaluate the resistance to rapid crack propagation in pressurized polyethylene pipes. Proceedings of Plastics Pipes Eight, D1/6, Netherlands, 1992
3. Vanspeybroeck P. Evaluation of the correlation between instrumented charpy V tests and the modified robertson test for characterization of their resistance to rapid crack propagation in presurized polyethylene pipes. Proceedings of Pipeline Technology Conference, Belgium, October, 1990
4. O'Donoghue PE, Green ST, Kanninen MF, Bowles PK. The development of fluid/structure interaction model for flawed fluid containment boundaries with applications to gas transmission and distribution piping.Computers & Structures, 1991, 38(5/6): 501–513
5. Zhuang Z. The development of finite element methods for the investigation of dynamic crack propagation in gas pipelines: [Ph. D. thesis]. Ireland, Dublin: University College Dublin Ireland, 1995