1. Adelaide Research & Scholarship

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Results 1-10 of 16 (Search time: 0.002 seconds).
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PreviewIssue DateTitleAuthor(s)
2012Distributed deterioration detection in single pipelines using transient measurements from pressure transducer pairsGong, J.; Lambert, M.; Simpson, A.; Zecchin, A.; International Conference on Pressure Surges (11th : 2012 : Lisbon, Portugal)
2011Parametric analysis of differential evolution algorithm applied to water distribution system optimizationZheng, F.; Simpson, A.; Zecchin, A.; International Conference on Computing and Control for the Water Industry (11th : 2011 : Exeter, United Kingdom)
2011Optimal rehabilitation for large water distribution systems using genetic algorithmsZheng, F.; Simpson, A.; Zecchin, A.; International Conference on Computing and Control for the Water Industry (11th : 2011 : Exeter, United Kingdom)
2011Frequency response measurement of pipelines by using inverse-repeat binary sequencesGong, J.; Lambert, M.; Zecchin, A.; Simpson, A.; International Conference on Computing and Control for the Water Industry (11th : 2011 : Exeter, United Kingdom)
2012Distributed deterioration detection in single pipes using the impulse response functionGong, J.; Lambert, M.; Simpson, A.; Zecchin, A.; Water Distribution Systems Analysis Conference (14th : 2012 : Adelaide, South Australia)
2013A graph decomposition-based approach for water distribution network optimizationZheng, F.; Simpson, A.; Zecchin, A.; Deuerlein, J.
2012Improved understanding of the searching behavior of ant colony optimization algorithms applied to the water distribution design problemZecchin, A.; Simpson, A.; Maier, H.; Marchi, A.; Nixon, J.
2013A decomposition and multistage optimization approach applied to the optimization of water distribution systems with multiple supply sourcesZheng, F.; Simpson, A.; Zecchin, A.
2011A combined NLP-differential evolution algorithm approach for the optimization of looped water distribution systemsZheng, F.; Simpson, A.; Zecchin, A.
2013Single-event leak detection in pipeline using first three resonant responsesGong, J.; Lambert, M.; Simpson, A.; Zecchin, A.

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