geotech Finite Element Based Geotechnical Analysis Geotechnical Analysis Geotechnical GTS NX MIDAS Foundation Engineering tunneling Tunnels road tunnel earth tunnels deep foundation underground tunnel tunnel boring machine (TBM) excavation new Austrian tunneling method (NATM) tunnel boring machine (TBM) 3D slope Slope stability

midas GTS NX

Dam Engineering Tailings Dams Concrete / Rollercrete Dams Earth / Rockfill Dams Arch Dams Buttress Dams Deep Excavations Earth Retaining Structures Retaining Walls Mechanically Stabilized Earth (Mse) Walls Foundation Design / Construction Deep Foundations Shallow Foundations Pile Foundations Shaft Foundations Caisson Foundations Geotechnical Earthquake Engineering Seismic Slope Stability Liquefaction Engineering Soil Structure Interaction Ground Improvement Prefabricated Vertical Drains Groundwater & Seepage Seepage Landslides Levees Mining Numerical & Constitutive Modeling Constitutive Modeling / Soil Behavior Railway Geotechnics Offshore Geotechnics Rock Engineering Slope Stability Slope Stability Analysis Soil Dynamics Soil Mechanics Settlements Tunneling Tunneling In Rock Tunneling In Soils Underground Structures Visualization Other Geotechnical

midas GTS NX - GeoTehnical analysis System New eXperience

GTS NX is finite element analysis software for advanced geotechnical analysis of soil and rock deformation and stability, as well as groundwater flow, dynamic vibrations and soil-structure interaction in 2D and 3D.

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GTS NX is finite element analysis software for advanced geotechnical analysis of soil and rock deformation and stability,

as well as groundwater flow, dynamic vibrations and soil-structure interaction in 2D and 3D.

GTS NX is used for analysis, testing, and design by geotechnical, civil, and mining engineers. It is designed to adapt to any kind of geotechnical project. The intuitive interface will enable new users to easily integrate the software in their work process.

The fast analysis speed, outstanding graphics, and output capabilities will provide users with a new and advanced level of geotechnical design.

Features

Geometry Modeller
- Import CAD File (Parasolid, DXF, DWG, MXT(midas GEN/CIVIL))
- Point/Curve/Surface/Solid/Advanced Modelling
- Bedding Plane Wizard (3D Ground Stratigraphy from Borehole Data)
- Terrain Geometry Maker (TGM)
Element Library
- 1D Type (Truss/Embedded Truss/Beam/Pile/Geogrid)
- 2D Type (Shell/Plane Stress/Plane Strain/Geogrid/Gauging Shell/Axisymmetric)
- 3D Type (Tetrahedron/Pyramid/Wedge/Hexahedron)
- Other Type (Spring/Interface/Shell Interface/Link/Pile Tip)
- Bonded Contact Element Mesh Generation (Auto/Map/Hybrid/Protrude Mesh Generation)
Material Models
- Linear Elastic
- Orthotropic (Transversely Isotropic/Jointed Rock Mass)
- Elasto-plastic (Tresca/von Mises/Mohr-Coulomb/Drucker-Prager/Hoek-Brown/ Modified Cam-Clay/Jardine(London clay)/Modified Mohr-Coulomb)
- Nonlinear Elastic (Hyperbolic(Duncan-Chang)/D-Min)
- Strain Softening
- User supplied material for Plane Strain, Shell Joints and Volumetric Elements
- Elastic/Coulomb Friction Interface
Analysis Capabilities (64bit/GPU Solver, Batch Analysis and Parametric Analysis)
- Static Analysis (Linear, Nonlinear)
- Construction Stage Analysis (Drained, Undrained)
Wizard (Tunnel/Anchor Modelling Wizard)
Post-Processing
- Contour/Vector/Diagram Plots
- Advanced Features (Probe/Multi Step Iso Surface/Extract/Cutting Diagram/Others)
- 3D Dynamic PDF Report

Slope Stability Analysis

- Strength Reduction Method (SRM)
- Stress Analysis Method (SAM)
- Construction Stage Analysis

Seepage Analysis

- Steady-State Analysis - Transient Analysis
- Sequential Seepage-Stress Analysis
- Construction Stage Analysis

Consolidation Analysis

- Coupled Seepage-Stress Analysis (Static Boundary Conditions)
- Construction Stage Analysis

Dynamic Analysis

- 1D Ground Response Analysis
- 2D Equivalent Linear Analysis
- Eigenvalue Analysis
- Response Spectrum Analysis
- Time History Analysis (Linear, Nonlinear)
- Nonlinear Time History Analysis with SRM

Fully Coupled Analysis

- Fully Coupled Stress-Seepage Analysis (Transient Boundary Conditions)
- Construction Stage Analysis

Category	Dam Engineering , Tailings Dams , Concrete / Rollercrete Dams , Earth / Rockfill Dams , Arch Dams , Buttress Dams , Deep Excavations , Earth Retaining Structures , Retaining Walls , Mechanically Stabilized Earth (MSE) Walls , Foundation Design / Construction , Deep Foundations , Shallow Foundations , Pile Foundations , Shaft Foundations , Caisson Foundations , Geotechnical Earthquake Engineering , Seismic Slope Stability , Liquefaction Engineering , Soil Structure Interaction , Ground Improvement , Prefabricated Vertical Drains , Groundwater & Seepage , Seepage , Landslides , Levees , Mining , Numerical & Constitutive Modeling , Constitutive Modeling / Soil Behavior , Railway Geotechnics , Offshore Geotechnics , Rock Engineering , Slope Stability , Slope Stability Analysis , Soil Dynamics , Soil Mechanics , Settlements , Tunneling , Tunneling in Rock , Tunneling in Soils , Underground Structures , Visualization , Other Geotechnical
Licence Type	Commercial
Operating Systems	Windows 10, Windows 7, Windows 11
Current Version	midas GTS NX 2021 v1.1
Release Date	2020-10-29 00:00:00
Developer	MIDAS IT
Developer Website	https://www.midasgeotech.com/
Developer Email	[email protected]

MIDAS GTS NX is a 3D platform that lets you replicate your mine layout conveniently to assess the current stress situation and rock plasticity status. User can also import their CAD drawings and start right away with powerful meshing tools to analyze the sections and generate reports on their current state. This webinar will focus on open pit slope stability by using Shear Strength Reduction Method and also some further applications on underground mine design.

You will learn GTS NX by checking the results of 2D Numerical Modelling of Ground Improvement.\r\n\r\nLink of the Exercises for beginners:\r\nDocument - \r\nhttps://www.dropbox.com/s/v4rwt9fwww6...\r\n\r\nModel - \r\nhttps://www.dropbox.com/s/t0efkluak0y...

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