midasNFX is an integrated finite element analysis program for structural, CFD simulation and optimization design. It provides efficient and accurate analysis together with an integrated pre-post processor, developed by senior mechanical engineers with over 20 years of CAE software development expertise. Within its highly interactive and visual environment, users have access to a variety of practical tools which can help to build, edit and manipulate CAE models. For 2D and 3D FE model creation, the users are free to use midas NFX's powerful auto-meshers as well as extensive manual meshing tools.



midas NFX provides total solutions from high-end structural analysis functions such as contact analysis, nonlinear analysis, implicit / explicit dynamic analysis and fatigue analysis in addition to high-end fluid analysis functions such as moving mesh, free surface analysis and mass transfer analysis. Additionally midas NFX provides practical topology and size optimization considering static/dynamic analyses and manufacturing processes.

Areas of use
-Simulation of the product;
-Topology optimization;
-Strength calculation;
-Thermal calculation taking into account the radiation and optical properties of the model;
-Three-dimensional calculation of hydro-aerodynamics (CFD);
-Comprehensive multidisciplinary calculation.

Opportunities

Shorter product development cycle
-Wide range of CAD interfaces
-High-speed and high-quality mesh generator
-Advanced solvers for working with large models
-Automatic pin detection in assemblies, easy visualization and management of mates 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
-Simple creation of computational meshes
-Extensive base of materials, including anisotropic
-Consideration of the optical properties of the material in the calculation of radiation and heat transfer
-A set of templates for standard boundary conditions and loads
-Possibility of parallelization of the solution

Simplified development of innovative products
-Easy model formation and solution of optimization problems according to various criteria
-Pre-configured calculation templates
-Ability to create adaptive grids and re-mesh in the calculation process
-Optimization of topology (part shape) according to static / dynamic analysis data
-Advanced wear calculation functions
-Carrying out evaluation tests of the reliability of equipment elements

A single integrated solution for performing a wide range of design tasks encountered in mechanical engineering
-Providing structural, thermal and gas-dynamic calculations in the space of one model
-Modal analysis taking into account preload and conditions of relative displacement of parts
-Stability analysis with setting permissible mutual displacements of parts in an assembly
-Determination of densities heat fluxes
-Linear dynamic analysis
-Calculation of problems with nonlinear contacts
-Advanced nonlinear analysis of shock loads
-Joint analysis of rigid and elastic structures in one model
-Combination of linear and nonlinear analysis in one model