Australian Geomechanics
Volume 53, Number 3

September 2018

Technical Papers

Use of small unmanned aerial vehicles and related digital data in geotechnical and natural hazard impact assessment
David L. Stewart, Harry Follas, David L. Knott and Timothy Delport

PDF2Mb
Unmanned aerial vehicles(UAV) and their continuing application to geotechnical slope risk assessment and design
Jason Hellmuth, Andrew Hunter and Andrew Barclay

PDF2Mb
Slope assessment in the digital age – a case history
Drian Roos, Dewald Kruger and Robert Damhuis

PDF1007kB
Real-time monitoring and wireless data transmission to predict rain-induced landslides in critical slopes
Tharindu Abeykoon, Chaminda Gallage, Biyanvilage Dareeju and Jessica Trofimovs

PDF3Mb
Three dimensional geological models in ground engineering: when to use, how to build and review, benefits and potential pitfalls
Graham Rose, Philip Kirk, Camilla Gibbons and Adam Lander

PDF1Mb
Connecting countries with 3D geological models
Pat McLarin and Tina Živec

PDF643kB
Use of low-cost terrestrial and aerial imaging sensors for geotechnical applications
Klaus Thoeni, Marina Santise, David E. Guccione, Stephen Fityus, Ricardo Roncella and Anna Giacomini

PDF2Mb
Comparison of imaging technologies for geotechnical investigation of abandoned coal mine workings: a case study
J. A. Johnston, M. Semmler, M. Montgomery, S. Fityus, J. Lea, K. Black and S. McDonald

PDF1Mb
The evolution of identifying construction material sources
James Wilson, Jason Mann, Philip Pantel and Ramli Halim

PDF1Mb
Digital imaging of geotechnical boreholes: benefits and risks
Tariq I. H. Rahiman

PDF603kB
Construction and preliminary testing of a homemade slope stability radar
Raoul Falkstrom and Adrian B. McCallum

PDF538kB

Australian GeomechanicsVolume 53, Number 3

September 2018

Technical Papers

Use of small unmanned aerial vehicles and related digital data in geotechnical and natural hazard impact assessment

David L. Stewart, Harry Follas, David L. Knott and Timothy Delport

Unmanned aerial vehicles(UAV) and their continuing application to geotechnical slope risk assessment and design

Jason Hellmuth, Andrew Hunter and Andrew Barclay

Slope assessment in the digital age – a case history

Drian Roos, Dewald Kruger and Robert Damhuis

Real-time monitoring and wireless data transmission to predict rain-induced landslides in critical slopes

Tharindu Abeykoon, Chaminda Gallage, Biyanvilage Dareeju and Jessica Trofimovs

Three dimensional geological models in ground engineering: when to use, how to build and review, benefits and potential pitfalls

Graham Rose, Philip Kirk, Camilla Gibbons and Adam Lander

Connecting countries with 3D geological models

Pat McLarin and Tina Živec

Use of low-cost terrestrial and aerial imaging sensors for geotechnical applications

Klaus Thoeni, Marina Santise, David E. Guccione, Stephen Fityus, Ricardo Roncella and Anna Giacomini

Comparison of imaging technologies for geotechnical investigation of abandoned coal mine workings: a case study

J. A. Johnston, M. Semmler, M. Montgomery, S. Fityus, J. Lea, K. Black and S. McDonald

The evolution of identifying construction material sources

James Wilson, Jason Mann, Philip Pantel and Ramli Halim

Digital imaging of geotechnical boreholes: benefits and risks

Tariq I. H. Rahiman

Construction and preliminary testing of a homemade slope stability radar

Raoul Falkstrom and Adrian B. McCallum

Australian Geomechanics
Volume 53, Number 3