SAM (Simulation, Analysis, Modelling)

The AuScope Simulator is a toolkit of simulation, modelling, inversion and data mining tools, underpinned by parameters provided through the AuScope ‘Earth Composition and Evolution’ component.  The AuScope simulator makes extensive use of software, techniques and expertise developed through the Australian Computational Earth Systems Simulator (ACcESS) Major National Research Facility.

The core capabilities of AuScope SAM have applications in industry, with the surveys and academia. Some demonstrators of SAM simulator infrastructure are described through our five primary application areas.

     

Tectonics and Geodynamics

A workflow for linking rigid plate kinematic models with mantle convection and plate deformation combined with a library of subduction process simulations.

         

Mining & Mineral Processing

Numerical modelling rock breakage and granular flow on all scales relevant to the minerals Industry, to provide the fundamental underpinning for development of frontier mass-mining and sustainable minerals processing operations.

 

Energy

Thermal, mechanical, fluid transport modeling for geothermal energy, petroleum exploration and sequestration.

SAM Geothermal Demonstrators

In response to community requests, SAM has focused and collated a collection of geothermal applications and research around Australia.

       

    

  

 

         Exploration Geoscience

The understanding of earth processes, and their influence on the spatial location and formation of earth resources such as mineral deposits, oil and gas, and geothermal energy sources.

Exploration Demonstrators

Application examples of SAM contributions to technology and expertise for predictive mineral discovery and understanding.

   

 

Natural Hazards

A better understanding of megathrust  earthquakes and tsunami generation.

For more information on current and potential projects or accessing AuScope’s Simulation, Analysis, Modelling (SAM) infrastructure component for a project of your own please contact the Program Director.

Program Director- Prof. Louis Moresi

Last updated 15 August 2011