• Overview
  • System
    Requirements

OPTIMIZE OPERATIONS

INCREASE SAFETY

OPTIMIZE

OPERATIONS


INCREASE

SAFETY

Trusted to solve challenging rock mechanics problems at a high level of physical realism with unprecedented speeds.

Trusted to solve challenging rock mechanics problems at a high level of physical realism with unprecedented speeds.

SOFTWARE

IRAZU

Physically-sound simulator of large deformation and fracturing with 2D and 3D static and dynamic multi-physics capabilities.

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icon-GPU

High performance computing (GPU computing)

Ease of use (intuitive user interface) with open access to outputs

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MULTIPHYSICS
SOLVERS

Simulate coupled fracturing, mechanical, hydraulic, and thermal processes with realistic rock mass representation

icon-FEM_DEM

A single
software package

For all your geomechanical simulation needs (mixing FEM+DEM formulations)

icon-GPU

High performance computing (GPU computing)

Ease of use (intuitive user interface) with open access to outputs

icon-Multiphysics_solver

MULTIPHYSICS SOLVERS

Simulate coupled fracturing, mechanical, hydraulic, and thermal processes with realistic rock mass representation

icon-FEM_DEM

A single software package

For all your geomechanical simulation needs (mixing FEM+DEM formulations)

IRAZU VS CONVENTIONAL SOFTWARE

PHENOMENON IRAZU CONTINUUM DISCONTINUUM ANALYTICAL
Elasticity + classic continuum-based constitutive models
Brittle fracturing and progressive damage
Hydraulic fracturing and flow through fractures
Large deformation, interaction between discrete bodies
Risk analysis Hazard + consequence Hazard Hazard Hazard
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SERVICE

CONSULTING

Simulation services for the civil, petroleum and mining industries.

SERVICE

LABORATORY

Precise measurements, prompt turnaround, and high-quality reporting and digital data.

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Irazu and the support of Geomechanica have been really helpful in our brittle fracture modelling research. We are really excited about the potential future advances in our understanding of rock engineering problems and in particular  developments in 3D fracture simulation

DOUG STEAD

Chair in Resource Geotechnics -
Simon Fraser University