There is an increasing need to understand the deterioration process of stormwater pipes. This allows proactive action to be taken to avoid pipes becoming unserviceable.
Deterioration models can assist by mimicking the deterioration in performance of stormwater pipes with time.
We can assist you with the following:
- develop deterioration models for stormwater pipe systems using innovative and noise-insensitive artificial intelligence techniques (neural network and probabilistic neural network) in comparison with stochastic models using Markov chain and Ordered probit technique (or Discriminant analysis).
- outcomes of the models will assist asset managers in predicting the service life of stormwater pipes as well as establishment of proactive maintenance activities.
- allow asset managers to spend their limited resources on improvement of working conditions associated with these factors for extending service life of stormwater pipes.
- apply sensor technology such as fibre-optic and corrosion sensors to on-line and continuous monitoring of structural and hydraulic condition of pipeline assets. The collected data can also be used to enhance understanding of deterioration mechanisms as well as to verify developed deterioration models.
Recent and current projects
This area of activity includes the following work:
- Decision Support System for Management of Urban Stormwater Drainage Network.
- Scenario analysis of source management practices to analyse its Impact on sewereage networks.CSIRO Water for a Healthy Country PhD scholarship
- Statistical analysis to detect climate change implications on water resources.
- Development of a forecasting scheme for reservior inflows
Contact: Nitin Muttil, email@example.com. Phone: +61 3 9919 4251
- Marleni, N and Park, K and Lee, T and Navaratna, D and Shu, L and Jegatheesan, V and Pham, N and Feliciano, A (2014) A methodology for simulating hydrogen sulphide generation in sewer network using EPA SWMM. Desalination and Water Treatment, 54 (4-5). 1308 - 1317. ISSN 1944-3994 Item not available from this repository.
- Marleni, Nyoman and Gray, Stephen R and Sharma, Ashok and Burn, Stewart and Muttil, Nitin (2012) Impact of water source management practices in residential areas on sewer networks - a review. Water Science and Technology, 65 (4). pp. 624-642. ISSN 0273-1223 (print), 1996-9732 (online)
- Marleni, Nyoman and Gray, Stephen R and Sharma, Ashok and Burn, Stewart and Muttil, Nitin (2011) Scenario analysis of source management practices: Impact on sewerage networks. In: MODSIM2011, 19th International Congress on Modelling and Simulation. Chan, F and Marinova, D and Anderssen, R. S, eds. Modelling and Simulation Society of Australia and New Zealand, Canberra, Australia, pp. 3882-3888. ISBN 9780987214317
Molavi, Shahram and Muttil, Nitin and Tran, Huu Dung (2011) Urban flood modelling and climate change: a Melbourne area case study. In: MODSIM2011, 19th International Congress on Modelling and Simulation. Chan, F and Marinova, D and Anderssen, R. S, eds. Modelling and Simulation Society of Australia and New Zealand, Australia, pp. 3608-3614. ISBN 9780987214317