Dips

About Dips

Deep Dive with Clara AI

Rocscience Dips is advanced software designed for the graphical and statistical analysis of orientation-based geological data. With its stereographic projection capabilities, Dips allows users to analyze orientation vectors, density contours, planes, intersections, and traverses interactively. The software features tools for drawing user-defined planes, sets, and annotations to enhance analysis precision. Dips offers specialized modules for key geological analyses. The kinematic analysis module identifies critical zones, vectors, and intersections on stereonet overlays, enabling the evaluation of planar and wedge sliding, as well as direct and flexural toppling failure modes. Results can be exported to Excel with detailed vectors and intersections for further review. The jointing analysis module includes features such as Joint Spacing, RQD Analysis for Rock Quality Designation, and Joint Frequency, allowing users to assess joint characteristics along linear or borehole traverses. Suitable for applications in excavations, mining, tunnels, and rock slope analysis, Dips seamlessly integrates with other Rocscience tools like UnWedge, RocSlope2, RocSlope3, RocTunnel3, and ShapeMetriX, enhancing its versatility within geotechnical projects. The latest version of Dips introduces dynamic data filters, enabling users to create and apply multiple filter queries within the same file. It also includes kinematic sensitivity features and customizable 2D stereonet view templates, allowing for more tailored and efficient geological data analysis.