What is MIDAS GTS NX used for?

MIDAS GTS NX is used for advanced geotechnical analysis including slope stability, tunneling, excavation, foundation design, and seismic analysis using integrated 2D and 3D FEM and LEM methods.

Does MIDAS GTS NX support both FEM and LEM?

Yes. MIDAS GTS NX uniquely integrates Finite Element Method (FEM) and Limit Equilibrium Method (LEM) in a single software environment, ensuring consistency across analyses.

Is MIDAS GTS NX suitable for 3D geotechnical modeling?

MIDAS GTS NX is designed with 3D geotechnical modeling as a core capability, allowing realistic simulation of slopes, tunnels, excavations, and ground–structure interaction.

Is training and technical support available for MIDAS GTS NX?

Yes. TAQELL provides licensing support, technical assistance, calibration, and professional training programs for MIDAS GTS NX users in India, UAE, and KSA.

MIDAS GTS NX
Integrated 2D & 3D Geotechnical Analysis Software

The Industry Challenge

Traditional geotechnical workflows are fragmented.

Separate tools for 2D and 3D
FEM and LEM handled in different software
External preprocessing and post-processing

This leads to inconsistency, inefficiency, and design risk.

One Platform for 2D and 3D

MIDAS GTS NX performs both 2D and 3D analyses within a single software environment. The same interface, solver framework, and material models are used throughout. No duplicated licenses and no workflow breaks.

FEM and LEM in One Integrated Environment

GTS NX uniquely combines Finite Element Method (FEM) and Limit Equilibrium Method (LEM) in the same platform. Users can perform stress deformation analysis and slope stability checks without switching software. Consistent geometry, material properties, and loading assumptions across analyses.

True 3D Geotechnical Modeling

GTS NX is developed with 3D ground behavior as the default, not as an extension of 2D assumptions. Slopes, excavations, tunnels, and foundations are modeled as they exist in the field. Many failures are governed by three-dimensional mechanisms.

Integrated CAD-Based Geometry

If you can draw it, GTS NX can model it

Native CAD-style geometry modeling is built directly into GTS NX. Automatic Boolean operations, imprinting, auto-connection, and geometry error correction are included. Faster model creation with fewer numerical failures. Model realistically. Analyze confidently. Design efficiently.

Customizable Boundary Conditions

MIDAS GTS NX allows users to define fully custom boundary conditions, rather than being restricted to predefined or limited boundary options. This flexibility enables accurate representation of complex field constraints, staged construction effects, and project-specific boundary behavior, resulting in more realistic and reliable analysis outcomes.

Parametric Evaluation Tool

MIDAS GTS NX includes a powerful parametric evaluation tool that allows users to systematically vary material properties or element parameters within a model and automatically re-run analyses. This enables efficient comparison of results, sensitivity assessment, and optimization of design parameters without rebuilding the model, significantly improving productivity and decision-making reliability.

Customizable soil constitutive models

MIDAS GTS NX supports customizable soil constitutive models, allowing users to tailor material behavior to match site-specific soil conditions and project requirements. This flexibility enables more accurate representation of nonlinear stress–strain response, drainage conditions, and stiffness degradation, resulting in realistic simulation of complex ground behavior.

Soil testing wizard

In geotechnical engineering practice, soil parameters are derived from laboratory tests and must be carefully translated into constitutive model inputs while accounting for model assumptions and limitations. MIDAS GTS NX includes a Soil Testing Wizard that allows users to simulate standard laboratory tests such as triaxial and oedometer tests directly, without creating a full finite element model. This enables validation and calibration of constitutive model parameters by comparing simulated responses with actual test results, ensuring realistic representation of soil behavior before applying parameters to full-scale analyses.

Advanced Integrated Dynamic Loading Tools

MIDAS GTS NX features a powerful in-built dynamic analysis module tailored for geotechnical and underground structures. It supports realistic earthquake loading using recorded ground motion data, dynamic response analysis, and the generation of practical moving loads such as trains and vehicles. These versatile tools enable accurate simulation of real-world dynamic actions, supporting reliable seismic and vibration-sensitive geotechnical design.

Get pricing, licensing options, and technical guidance for MIDAS GTS NX.

MIDAS GTS NX is available with flexible licensing options depending on project requirements, analysis modules, and region. TAQELL provides technical consultation, licensing support, calibration, and training for MIDAS GTS NX users across India, UAE, and KSA.