: Mapping underground structural hazards with Unwedge and optimizing support placement.
: Features dedicated tools for identifying planar, wedge, and toppling failure modes in rock slopes.
: The intuitive interfaces across the suite ensure that users can efficiently model complex scenarios, analyze data, and interpret results. : Mapping underground structural hazards with Unwedge and
Dips is widely used in mining exploration, tunnel design, and rock slope engineering. By identifying structural weaknesses in a rock mass, engineers can determine optimal excavation directions and design safer support systems.
(now known as Settle) provides a specialized environment for 3D analysis of vertical consolidation and settlement beneath foundations, embankments, and surface excavations. Dips is widely used in mining exploration, tunnel
: Models the effectiveness of shotcrete and bolt patterns in stabilizing the excavation.
This comprehensive guide explores the core functionalities, engineering applications, and key features of these distinct Rocscience modules. : Models the effectiveness of shotcrete and bolt
Finally, the engineer faces one of the most dangerous scenarios in mining and construction: the underground excavation. was designed specifically for this high-stakes environment.