Structural optimisation of composite railway sleeperComposites Australia and CRC-ACS conference (2014)
Structural optimisation of composite railway sleeper is becoming an important area of research to effectively use composite materials and minimising their manufacturing costs. This study used the finite element approach to structurally optimise a composite sleeper for a mainline railway track and evaluate their performance. Strand7 finite element simulation is executed to achieve this goal. This study presents the optimised shape of a sleeper which requires only one-third volume to that of a standard rectangular sleeper. The performance of the optimised sleeper is determined in a high and low stiffness support foundation and the results obtained from this analysis are compared with the behaviour of traditional timber sleeper. The new composite sleeper showed comparable behaviour with that of timber sleeper and performed within their allowable limit.
- Railway sleeper,
- Finite element analysis
Publication DateApril 7, 2014
Citation InformationWahid Ferdous, Allan Manalo and Gerard Van Erp. "Structural optimisation of composite railway sleeper" Composites Australia and CRC-ACS conference (2014)
Available at: http://works.bepress.com/wahid_ferdous/10/