
Oasys XDispOasys
Oasys XDisp is a tool that provides a simplified yet efficient method to analyse ground movements due to excavations such as shafts and tunnels, embedded wall excavations or mining
Vendor
Oasys
Company Website

Geotechnic…p-2018 (1).pdf
Product details
Oasys XDisp is a specialized software used by geotechnical and civil engineers to analyze ground movements induced by excavations such as shafts, tunnels, embedded wall excavations, or mining works. It provides a validated, robust, and user-friendly method of calculations, ensuring acceptable QA and QC standards. XDisp is a core component of the Ground Movement Bundle and the Geotechnical Suite, offering comprehensive building, utility, and rail damage assessments.
Features
- Ground Movement Analysis: Calculates three-dimensional displacements and horizontal strains induced by tunneling, embedded wall excavations, or mining works.
- Damage Assessments: Performs subsequent building, utility, and rail damage assessments using the calculated ground movements.
- Staged Construction: Allows specification of multiple construction stages within XDisp.
- COM Interface: Facilitates integration with other software tools for enhanced analysis capabilities.
- Pro Version: Offers advanced features for major projects with multiple stages and challenges, saving thousands of hours of unnecessary development time.
- Import and Export: Supports importing geometry and exporting results for comprehensive analysis.
Benefits
- Validated Methods: Ensures robust and user-friendly calculations meeting QA and QC standards.
- Comprehensive Analysis: Suitable for various excavation types and load conditions, providing detailed insights into ground movements.
- Enhanced Capabilities: When combined with Oasys PDisp, it offers comprehensive building and utility damage assessments.
- User-Friendly Interface: Easy-to-use software with detailed graphical outputs for better visualization.
- Cost-Effective: Available as part of Oasys Ground Movement Bundle and Geotechnical Suite, offering significant savings compared to individual subscriptions.