Integrated Solution for Ground Analysis
Integrated Next-Gen
Geotechnical Engineering Solution
- Easy
Modeling
Providing an easy 2D and 3D modeling environment based on CAD, allowing for complex 3D modeling tasks through automated operations between shapes.
- Powerful
Simulator
A variety of element libraries and practical material models reflecting the behavioral characteristics of different ground types enable analysis reflecting actual field conditions.
- Distinctive
Result Output
Continuous/discontinuous contours, vectors and diagrams, and pre/post deformation data comparison provide clear and effective presentation of analysis results.
- Versatile Field
of Analysis
An integrated solution capable of comprehensive analysis of tunnels, slopes, foundations, visible structures, weak grounds, harbors, repair, and underground structures.
Efficient
Report Generation
By utilizing the report generation feature of GTS NX, all input data necessary for summarizing 2D and 3D analysis/design outcomes across the geotechnical/structural fields, as well as the analysis results, are provided in Excel format. Moreover, track inspections and daily water level drawdowns can also be outputted with just a few clicks.
Explore Practical Projects Utilizing GTS NX
GTS NX, Proven in
Diverse Projects
GTS NX is a globally recognized program widely applied across numerous projects. With its robust performance and reliability, it has secured its position as a tool continually utilized in the field of geotechnical analysis.
Explore Practical Projects Utilizing GTS NX
Bosporus Third Bridge
Istanbul, Turkey
Buhang Dam
Gimcheon, Korea
Cityrigen Copenhagen Metro
Copenhagen, Denmark
Odeon Tower
Monaco, Monaco
Kingโs Cross Station
London, UK
Comprehensive Analysis
Capable Across All Fields
MIDAS GTS NX supports analysis for all fields involved in designing solutions to geotechnical problems. It covers
a range of analysis areas including not only conventional static analysis but also penetration analysis, stress-
penetration coupled analysis, compaction analysis, construction stage analysis, dynamic analysis, slope stability
analysis, and more. It can perform nonlinear time history analysis considering water level and self-weight, and
through penetration-stress bidirectional fully coupled analysis, it can simulate all ground behaviors (penetration/
stress/compaction) related to water level conditions simultaneously. GTS NX provides highly reliable results in
complex practical analysis and design tasks through its integrated FEM solver construction.
- 3D Slope Stability Analysis
- TRcM, CAM Methodologies
- Terminus of Excavation
- Riverbank Permeation Analysis
- 3D Dam Seepage and Stability Analysis
- 3D Tunnel Connection Construction Stage Analysis
- 3D Consolidation Analysis
- Stormwater and Wastewater Manholes and Connections
- 3D Coastal Structure Construction Stage Analysis
- Front Jacking Methodology
- 3D Slope Stability Analysis
- TRcM, CAM Methodologies
- Terminus of Excavation
- Riverbank Permeation Analysis
- 3D Dam Seepage and Stability Analysis
- 3D Tunnel Connection Construction Stage Analysis
- 3D Consolidation Analysis
- Stormwater and Wastewater Manholes and Connections
- 3D Coastal Structure Construction Stage Analysis
- Front Jacking Methodology
