What is Map3D
Map3D is a fully integrated three-dimensional layout (CAD), visualization (GIS) and stability analysis package (BEM elasto-plastic numerical modelling stress analysis). Various integrated program modules (Map3D Versions ) can be used to construct models, analyze and display stresses, strains, displacements, strength factors and probability of failure contours. Map3D is suitable for building and modelling rock and soil engineering design problems involving both irregular 3D massive excavations, tunnels, faults and tabular shapes.
Models can include underground excavations, rock slopes, open pits, tunnels, fractures and surface infrastructure loads. The stress analysis models can simulate yielding (non-linear) zones of different moduli (e.g. stiff dykes or soft ore zones) and loads due to steady state thermal/fluid flow. Excavations can be intersected by multiple discrete faults (non-planar and gouge filled) that slip and open. Map3D can simulate ground support elements such as arches, steel sets, props, thick liners, chalks, backfill etc.
Who we are
Map3D is developed and supported by Dr. Terry Wiles (email@example.com) of Map3D International Ltd. Development of Map3D began in the late 1970's and has gone through many major revisions since then. It has been commercially available since 1990. The program is constantly under development and supported by dedicated professionals who have been in the rock mechanics/numerical modelling business for over 40 years.
The program is used by many hundreds of mining, civil and geotechnical companies, consultants, research centres and universities around the world (including Argentina, Armenia, Australia, Austria, Belgium, Bolivia, Botswana, Brazil, Bulgaria, Burkina Faso, Canada, China, Columbia, Democratic Republic of Congo, Dominican Republic, Egypt, El Salvador, England, Finland, Ghana, Greece, Guatemala, Honduras, India, Indonesia, Ireland, Italy, Japan, Kazakhstan, Korea, Mali, Mexico, Morocco, Mongolia, Namibia, Nedlands, Nicaragua, Papua New Guinea, Peru, Philippines, Russia, Saudi Arabia, South Africa, Spain, Sweden, Switzerland, Tanzania, Turkey, UK, USA, Zambia and Zimbabwe).
It has been used in many projects including underground and open pit mine design, mine stability assessment, rock burst hazard assessments, nuclear waste repository design, fracture propagation simulations, fault slip problems, in situ stress back-analysis, rock quarry design, open-pit wall stability, hydraulic-fracture propagation, earth slope failures, etc.. Current research and development is focusing on quantitative design procedures, 3D plastic modelling, ground support simulation, the capability to assess the potential for rock bursting, simulation of discing and integration of modelling with seismic monitoring.