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Prof. Stephen Fityus

Work Phone 15294
Fax 16991
Email
Office EA224, Engineering A

Research Supervision

Number of current supervisions 6
Total current UoN Masters EFTSL 0.95
Total current UoN PhD EFTSL 1.62

For supervisions undertaken at an institution other that the University of Newcastle, details are shown in italics, and the institution name is listed below the program name.

Current Supervision

Commenced Proposed
Completion
Program Supervisor Type Research Title
2013 2015 PhD (Environmental Eng) Co-Supervisor TBC
2013 2015 PhD (Civil Surv & Environ Eng) Principal Supervisor Reliable Shear Strength Estimation for Very High Spoil Dumps
2012 2014 M Philosophy (Civil Eng) Principal Supervisor Reliable Geotechnical Stability Assessment for Waste Dumps Containing Inclusions of Mixed CHPP Fine and Coarse rejects
2012 2014 M Philosophy (Enviro Eng) Co-Supervisor Coal Seam Gas (CSG) Production Challenges Related to Wastewater
2011 2014 PhD (Civil Surv & Environ Eng) Principal Supervisor The Relationship Between Salinity and Road Pavements
2011 2013 PhD (Civil Surv & Environ Eng) Co-Supervisor Experimental and Numerical investigations on Barriers for Rockfall Hazard Mitigation

Past Supervision

Year Program Supervisor Type Research Title
2010 PhD (Civil Surv & Environ Eng) Principal Supervisor Engineering Geology of the Richmond River Estuary
2009 PhD (Civil Surv & Environ Eng) Principal Supervisor Theoretical Effects of Consolidation on Solute Transport in Soil Barriers
2008 M Philosophy (Civil Eng) Principal Supervisor Characterisation of Expanded Polymer Resin and Expansive Soil Composites
2008 PhD (Civil Surv & Environ Eng) Principal Supervisor Electrical and Mechanical Behaviour of Clay Soils
2006 M Eng (Civil Surv & Env) [R] Principal Supervisor Radiation-induced mineral fabric damage and its role in increasing weathering susceptibility in chlorite schists at Ranger, NT
2006 PhD (Civil Surv & Environ Eng) Principal Supervisor Investigation of Lateral Stresses and the Consolidation Behaviour in Unsaturated Clay in an Oedometer with Osmotically Controlled Suction