| Program Name: |
Examine 3D
| Developer/Owner: |
Rocscience Inc.
| Contact name: |
Stacey Hellas
| Contact e-mail: |
software@rocscience.com
| World Wide Web Address: |
www.rocscience.com
Windows
| Platform: |
Rock mechanics
| Category: |
| Program description: |
Examine3D is an engineering analysis program for underground excavations in rock. Examine
3D was developed mainly for stress analysis, although its data visualization tools can be
applied to a wide range of three-dimensional mining and civil engineering data. For example,
Examine3D has been used to visualize microseismic datasets such as seismic velocity, source
parameters, and event density.
Examine3D consists of three program modules: Model generates the geometry and boundary
element discretization for underground openings, Compute performs the computation of
stresses and displacements, using the direct boundary element method and Interpret, with
3D animation capability, visualizes the analysis results. Each of the three modules can be run
independently. For example, the input data for Compute can be generated using Model or
some other CAD based program. Similarly, Interpret accepts data from Compute or from some
other source. Both Model and Interpret are fully interactive and menu-driven programs.
3D was developed mainly for stress analysis, although its data visualization tools can be
applied to a wide range of three-dimensional mining and civil engineering data. For example,
Examine3D has been used to visualize microseismic datasets such as seismic velocity, source
parameters, and event density.
Examine3D consists of three program modules: Model generates the geometry and boundary
element discretization for underground openings, Compute performs the computation of
stresses and displacements, using the direct boundary element method and Interpret, with
3D animation capability, visualizes the analysis results. Each of the three modules can be run
independently. For example, the input data for Compute can be generated using Model or
some other CAD based program. Similarly, Interpret accepts data from Compute or from some
other source. Both Model and Interpret are fully interactive and menu-driven programs.
Examine 3D - Rock Mechanics Software Listing
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