Engineering Docs The Mechanics of Discontinuous Rock Masses In geotechnical engineering, digital models must accurately predict physical behaviors based on the structural integrity of the material. The failure mechanisms of pit walls differ significantly based on rock composition. Material ConditionFailure BehaviorPrimary
Engineering Docs Automated Inventory Management and Visual Intelligence workflows A technical breakdown of modern inventory management workflows, covering autonomous drone flight parameters, algorithmic base plane volumetrics, and ERP API integrations for stockpile reconciliation.
Engineering Docs Algorithmic Discontinuity Mapping: Leveraging Rock Mass AI for Spatial Face Characterization Automate highwall discontinuity mapping and joint orientation tracking using 3D drone photogrammetry and computer vision. Instantly extract dip, strike, and stereo net data to eliminate manual surveys and safely optimize blast fragmentation.
Highwall Compliance Programmatic Slope Stability: Automating Highwall Geometric Reconciliation via Spatial Twins Automate highwall geometric reconciliation and slope stability tracking using 3D drone photogrammetry and computer vision. Instantly isolate crest loss, toe flare, and catch bench capacity deficits to eliminate manual survey overhead and verify MSHA safety compliance.