Release of standalone and cloud

Irazu
simulation Software

for Oil & Gas, Mining, and Civil
Rock Engineering applications
Rock

Laboratory
Testing Services

for civil and mining
engineering projects
predicting

Excavation
Damaged Zone

around underground openings
simulating

Hydraulic
fracturing

for Oil & Gas extraction
assessing

Rock
stability

of rock slopes,
open pit mines and dams

Contact us to Request a Quote or a Free Trial

Watch Irazu software in action



Problems
The stability and failure of rock is an important consideration for many mining, oil & gas, nuclear waste disposal and tunnel construction projects. Due to the technical challenges and environmental risks posed by these projects, it is critical to have a clear understanding of the rock fracturing behaviour.

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Solutions
Geomechanica offers accurate numerical simulation tools to realistically model rock fracture and deformation. At the core of these tools lies our Irazu simulation software developed to tackle complicated rock problems, involving rock fracturing, fragmentation, and interaction of discrete bodies.
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Experience
At Geomechanica, we have gathered a multidisciplinary team of highly educated and experienced experts. Our specializations range from fundamental rock mechanics, rock mechanics testing, and computational geomechanics to high performance computing and mathematical modelling.

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results
Our Irazu simulation software has been thoroughly and quantitatively validated against rock laboratory and field experiments. The accurate engine together with our expertise ensures that we always deliver high quality results and analyses.


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Modelling capabilities

We can tackle rock mechanics problems that deal with rock fracturing.

Our Irazu simulation software can:

  • Follow all loading stages of the rock stress-strain response including linear and nonlinear elastic pre-peak strain-hardening and post peak strain-softening.
  • Explicitly capture initiation, growth, and coalescence of fractures in intact or jointed rock masses over time.
  • Reproduce the interaction of newly formed fractures with each other and with pre-existing rock fabric features, including faults, bedding planes, and joints.