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Geomechanics and Railway Engineering

Geomechanics and Railway Engineering Staff

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Externally Funded Projects

(Geomechanics and Railway Engineering)

Year

Project

Investigator

Grant Body

Grant Scheme

Funding

2009-2011

Geotechnical characterisation of compacted ground based on passive ambient noise techniques.

Leo, Indraratna, Zou, Rujikiatkamjorn, Golaszewski, McWilliam, Wong, Bergado ARC Linkage $300

2008-2010

Advancement of Vacuum Pressure Application via Prefabricated Vertical Drains for Stabilising Soft Ground.

Indraratna, Rujikiatkamjorn, Buys, Wijeyakulasuriya, Kelly, McIntosh, Leroueil, Chu.

ARC

Linkage

$550k

2006-2009

Stabilisation of erodible and dispersive soils with natural wood processing by-products.

Indraratna, Ismail, Armstrong, Wijeyakulasuriya

ARC

Linkage

$320k

2006-2008

Assessment and Prediction of Particle Breakage under Cyclic Loading.

Indraratna and Darve

ARC

Discovery

$180k

2008-2010

Integrated Ballast-Formation-Track Design and Analysis including the Implications of Ballast Fouling and High Impact Loads.

Indraratna, Rujikiatkamjorn, Khabbaz, Christie.

Rail-CRC

 

$759k

2008-2010

Development and validation of non-destructive ballast and formation condition assessment.

Indraratna, Rujikiatkamjorn, Khabbaz, Christie.

Rail-CRC

 

$300k

2004-2009

Landslide monitoring and risk management

Flenje

Wollongong Council and Rail- Corp

 

$700k

2008

Real time landlslide monitoring

Flenje

Mineral Resource Tasmania

 

$45k

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Research Topics

Available for postgraduate, undergraduate, summer vacation and practicum students

(Geomechanics and Railway Engineering)

  • Evaluation of the geotechnical properties of chemically treated soils
  • Numerical simulation on the post-liquefaction behaviour of granular materials using DEM
  • Dynamic response of the sleeper-ballast system
  • Soil-Structure Interaction Analysis applied to Road and Rail Embankments in Soft Clays
  • Cyclic Shear Behaviour of Rock Joints and applications in underground tunneling and mining
  • Measurement of crack enlargement in dams using Internal Erosion Apparatus
  • Flow through Granular Dam Filters and Modeling of Particle Migration
  • Soft Clay Improvement with Geosynthetic Vertical Drains and vacuum pressure application
  • Modelling and analysis of viscous creep behaviour of very soft clays
  • Effect of train speeds and impact loads on cyclic densification and breakage of ballast
  • Non-destructive testing and monitoring of rail track deformations
  • Behaviour of Jointed Rock Structures and Composite Discontinuous Ground
  • Clogging of Permeable Reactive Barriers in Acidic Soil Terrains
  • Soil-Structure Interaction Analysis applied to Road embankments and Rail Tracks
  • Micro-mechanics of granular assemblies and implications on civil infrastructure

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Research Facilities

(Geomechanics and Railway Engineering)

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Current PhD students

Name

Project

Dominic Laricar Trani

Application Of Constriction Size Based Filtration Criteria For Railway Subballast Under Cyclic Conditions

David Oliveira Shear Stress - displacement and pure water pressure behaviour of idealised infilled rock joints
Pramod Thakur Cyclic Densification of Ballast and Associated Deformation and Degradation.
Ali Ghandeharioon Effect of Mandreal Penetration on the Development of Smear Zone and the Associated Pore Pressure and Deformation of the surrounding soil
Kourosh Kianfar Effect of Vacuum Preloading via PVD on Secondary Consolidation of Clays
Gyanendra Regmi Chemical Clogging is Permeable Reactive Barrier for Remediating Acidic Groundwater
Mohd Yusof Effect of Unsaturated Vertical Drain Interfaces on Pore Pressure Dissipation
Jing Ni Application of Geosynthetic In Stabilising Railways
Faizah Kamarudin Improvement of soft soil with circular geosynthetic drains infilled with fine aggregate
Karpagam Muthu Cyclic Behaviour of Granular Media and Implications on Rail Track Design.
Vo Trong Nguyen Flow Through Filters and Drains in Hydropower Dams
Md. Al Mahamud Stabilisation of Soft Clay with Non Toxic Waste Products
Nayoma Tennakoon Development of Constitutive Model for Fouled Ballast under Cyclic Loading
Mousumi Mukherjee Effect of impact and cyclic load on ballast degradation
   

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Past PhD Students

Name

Project

F. Vafai (1996)

Experimental & Analytical Modelling of Granular Dam Filters

I. Redana (1998) Analysis of Prefabricated Vertical Drains in Soft Ground
A. Haque (1999) Constant Normal Stiffness Behaviour of Rock Joints
P. Ranjith (2000) Coupled Water-Air flow through rock joints
B. Blunden (2000) Acid Sulphate Soils Remediation by Groundwater Table Management
M. Locke (2001) Behaviour and Design of Granular Dam Filters
A. Dey (2001) Shear Behaviour of Grouted Bolts under Constant Normal Stiffness
J. Nemcik (2003) Floor Failure Mechanisms in underground mines
W.Glamore (2003) Acid Sulphate Soils Remediation by Tidal Buffering
C. Bamunawita (2003) Behaviour of Vertical Drains with Vacuum Preloading in Soft Clays
W.  Salim (2004)

Dynamic Modelling of Recycled Railway Ballast Stabilised with Geosynthetics

S. Welideniya (2004)

Constant Normal Stiffness Shear Behaviour of Clay-Infilled Joints

J. Price (2005)

Two-phase Flows in Jointed Rock

D. Ionescu (2005)

Engineering Behaviour of Railway Ballast

I. Sathananthan (2005)

Modelling of Smear Effects with Cavity Expansion Theory for Mandrel Driven Vertical Drains

R. Walker (2005)

Application of Vacuum Pressure through Unsaturated Vertical Drains in Soft Clay

J. Lackenby (2005)

 Effect of Confining Pressure on Cyclic Behaviour and Degradation of Railway Ballast

R. Cholachat (2005)

Modelling of Radial Drainage with Vacuum Pressure in Geosynthetics Drains

 M. Jayanathan (2006)

Shear behaviour of Clay-infilled Rock Joints under Triaxial Shearing

A. Raut (2006)

Filtration Modelling in Granular Soils

B. Fatahi (2006)

Modelling of influence of matric suction induced by native vegetation on sub-soil improvement

 

Contact

(Geomechanics and Railway Engineering)

Who To Contact

For more information please contact:

Prof. Buddhima Indraratna
Professor of Civil Engineering
Faculty of Engineering
Tel: (02) 4221 3046;
Fax: (02) 4221 3238 e-mail: indra@uow.edu.au

 

 

 
   

Last reviewed: 25 November, 2008 

 
   
 
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