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.
OpportunitiesShorter 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
Screen : What's New
Read: midas_NFX_2032R1_Release Note.pdf
HOMEPAGE
http://www.midasnfx.com/
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