Rock Mechanics Laboratory

  • Benson, Philip (PI)
  • Koor, Nick (CoI)
  • Solana, Carmen (CoI)
  • Rowley, Peter (Research Leader)
  • Bullen, Dean (CoI)
  • Azizi, Arash (CoI)
  • Clunes Squella, Matias (Research Leader)
  • Grant, Tom (Team Member)
  • Ibemesi, Peter (Team Member)
  • Massa, Guilherme (Team Member)

    Project Details

    Layperson's description

    The Rock Mechanics Laboratory (RML) uses the latest technology high-pressure hydraulic presses, combined with high-speed sensors, to measure the properties of minerals and rocks under simulated real-world geo-engineered scenarios. This includes rock strength (fracture), permeability (the ability of fluids to migrate though porous rock), and how rock faulting generates signals that we record as seismic waves. The equipment has the ability to safely reproduce a range of conditions in the Earth Sciences, from the high temperatures of volcanoes to the high stresses in deep mining environments, to better understand our dynamic planet.
    AcronymRML
    StatusActive
    Effective start/end date1/02/12 → …

    Fingerprint

    Explore the research topics touched on by this project. These labels are generated based on the underlying awards/grants. Together they form a unique fingerprint.