Geomechanica Inc.

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SINCE 2010, WE’VE BEEN TRUSTED TO SOLVE THE MOST CHALLENGING ROCK MECHANICS PROBLEMS THROUGH MULTI-PHYSICS COMPUTER SIMULATIONS USING OUR OWN GEOMECHANICAL SOFTWARE IRAZU. Well-suited to the analysis of complex rock mass behaviour. Where conventional approaches fall short, namely those involving progressive damage where a combination of intact rock failure and failure along existing rock structure is at play.

Most popular related searches

CIVIL
ENGINEERING

  • Tunnelling and underground excavations
  • Rock slope stability
  • Rock falls
  • Dam foundations
  • Dynamic impacts, blasting, and rock-tool interaction

MINING
ENGINEERING

  • Stability of underground structures: pillars, tunnels, shafts
  • Open pit mining and slope stability
  • Drill and blast operations
  • Block caving and sub-level caving, including cave propagation, fragmentation, and surface subsidence
  • Mining-induced seismicity and risk assessment
  • Dynamic impacts, blasting, and rock-tool interaction
  • Rock bursting

OIL &
GAS

  • Hydraulic fracturing
  • Coupled hydro-mechanical processes associated with the injection of fluids underground, including hydraulic fracturing and CO2 sequestration
  • Fluid-injection-induced seismicity and risk assessment
  • Elastic wave propagation through heterogeneous, discontinuous media

UNDERGROUND
NUCLEAR WASTE
DISPOSAL

  • Excavation Damaged Zone (EDZ) assessment
  • Back-analysis of rock mass response in sedimentary and crystalline rocks
  • Repository-induced hydro-mechanical and thermo-mechanical effects
 
  • Expertise in development & application of numerical modelling tools
  • Highly qualified & diligent personnel, internationally-renowned in numerical modelling
  • In-depth knowledge of rock mechanics from experimental to field to simulations
  • Awareness of the capabilities & limitations of numerical tools
  • Software customization based on clients’ needs
  • Software support & educational services (courses, workshops, seminars)