midas NFX 2025 R1
midas NFX is a comprehensive software for engineering calculations and optimization of design solutions.

Areas of application:
- Product simulation modeling.
- Topology optimization.
- Strength calculation.
- Thermal calculation taking into account radiation and optical properties of the model.
- Three-dimensional calculation of hydroaerodynamics (CFD).
- Complex multidisciplinary calculation.

Capabilities:
- Reduced product development cycle.
- Wide range of CAD interfaces.
- High speed and high quality mesh generator.
- Advanced solvers for working with large models.
- Automatic contact detection in assemblies, easy visualization and control of interfaces and loads.

Efficient automation of the design process:
- Two interface options: engineering and simplified.
- Fast solver and the ability to modify the product on the fly with subsequent recalculation.
- Easy creation of design meshes.
- Extensive database of materials, including anisotropic materials.
- Consideration of optical properties of the material when calculating radiation and heat transfer.
- Set of templates of standard boundary conditions and loads.
- Possibility to parallelize the solution.

Simplified development of innovative products:
- Easy model generation and solution of optimization problems using various criteria.
- Preconfigured calculation templates.
- Possibility to create adaptive meshes and rebuild the mesh during calculations.
- Topology optimization (part shape) based on static/dynamic analysis data.
- Advanced wear calculation functions.
- Reliability assessment testing of equipment components.

A single integrated solution for a wide range of design tasks encountered in mechanical engineering:
- Providing structural, thermal and gas dynamic calculations in a single model space.
- Modal analysis with preloading and relative displacement conditions.
- Stability analysis with specification of permissible mutual displacements of parts in the assembly.
- Determination of heat flux densities.
- Linear dynamic analysis.
- Calculation of problems with nonlinear contacts.
- Advanced nonlinear analysis of impact loads.
- Joint calculation of rigid and elastic structures in one model.
- Combination of linear and nonlinear analysis in one model.