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Pre-Post processor

CAD/CAE Interfaces

CAD geometry can be directly imported into midas NFX from all the major CAD programs. The data translation is fluent, efficient and with minimum loss.

Supported formats include: CATIA, Inventor, Pro-E/Creo, Solidwords, Solid Edge, Parasolid, Unigraphics, ACIS, STEP, IGES, etc.

Geometry Modeling

Midas NFX offers various features and options to create your own geometry from scratch. The tools can be used for creating line, surface and solid geometries.

In addition, tools such as Boolean operations, mid-plane extraction, CFD volume creation etc, help you edit your geometry in a very convenient manner.

There are also tools to help the engineers check the quality of geometry, locate discontinuous curves, duplicate curves & surfaces, etc.


Meshing

Manual mesh generation provides to the user the freedom to generate a mesh from scratch, eliminating the need of preparing parametric geometric models.

Options include extrude, sweep, revolve, project, fill and offset 2D mesh profiles into 3D sets.

The user can also divide elements, modify element parameters, or check the quality of the mesh generated.

Loads & Constraints

To emulate the physical conditions of a model effectively, it is essential that the constraints are properly assigned to the FE model.

Some of the default constraints, such as fixed constraint, pinned (hinged) constraint and rotational constraint can be automatically applied in Midas NFX. Individual degrees of freedom (translational & rotational) can also be constrained.

In addition, for models with symmetric geometry and loading conditions, symmetric constraints can be used.

Materials

Midas NFX provides a database of more than 1000 linear material models, which helps to simulate behavior of almost any kind of material. 

Based on the caracteristics, materials can be further divided in to linear, elasto plastic, hyper elastic, nonlinear elastic and temperature dependent materials.


NFX Working Modes

The Designer Mode of Midas NFX is a single answer to all engineers who aspire to take that intellectual leap from being a CAD designer to an FEA analyst.

Powerful meshing algorithms complimented by high-performance Midas solvers, makes Midas NFX Designer mode the ultimate tool for novice and amateur engineers.
Options such as automatic model simplification, auto-update and analysis wizard make FEA less cumbersome for even the most advanced FEA users.

Solver

Parallel-processing: Midas NFX allows you to utilize the computing power of your hardware to its full potential by supporting multiple cores of your computer at no extra cost.

GPU-enabled computing: Use your computer graphical processing unit as a means to boost your computing power. Currently supported hardware included.

Post Processing

The visual representation of results is one of the biggest strengths of Midas NFX. Powerful post-processing tools enable easy visualization as well as extraction of results. Some of these tools have been listed below:

  • Contour Maps
  • Iso-Surfaces
  • Clipping Planes
  • Probe Tool
  • Tables
  • Graphs


TMG Flow and Thermal

TMG-Flow TMG-Flow by MAYA HTTTMG-Flow by MAYA HTT provides computational fluid dynamics CFD analysis solutions and models of 3D fluid velocity, temperature and pressure for both steady state and transient applications. The package supports the simulation of both laminar and turbulent fluid flow, low speed and high speed compressible flow, forced convection, natural convection and mixed flows, all with multiple inlets, outlets and internal flow boundary conditions. email Request Data Sheet Solution Types Transient for Newtonian fluids Steady-State for Newtonian fluids Capabilities checkSolution Features Surface convection, natural, forced and mixed flows, including multiple inlets, outlets, and internal flow boundary conditions Air flow turbulence modeling including K-E, fixed viscosity and mixing length models Internal and external fans, vents, and openings, including fan/pump curves Low-speed, high-speed and compressible flows Rotating and translating surfaces Rotating frames of reference for rotating machinery Model symmetry and slip conditions Support for unconstrained mesh including tetrahedral, wedge and brick elements Volume porosity and flow resistances Disjoint meshing, support for flows across disconnected mesh-to-mesh volumes High order advection schemes Humidity and general scalars Thin wall modeling using shell elements for conduction, convection and radiation TMG Advanced Thermal by MAYA HTT, adds many advanced thermal and fluid flow modeling capabilities to the base package, such as duct flow modeling, including coupled convection and fluid flow analysis. An extensive set of modeling tools is provided for advanced radiation and spacecraft modeling, including solar and orbital heating, orbit modeling and display, specular reflections with ray tracing, and articulating structures. These tools are also complemented by a number of more advanced solver features such as custom user subroutines, model simplification, sub-structuring, and interfaces to industry thermal codes. email Request Data Sheet Solution Types Transient Steady-State Linear Nonlinear Capabilities checkSolution Features Duct fluid flow network modeling with coupled forced and free convection simulation for multiple fluids and modeling both incompressible and compressible flows Solar and orbital (spacecraft), diurnal and radiative heating including orbit modeling and interactive orbit display Specular and hemicube radiation modeling with ray tracing and modeling of transmissive surfaces Articulating structures for radiation modeling including translating and rotating joints and spinning spacecraft Joule heating simulating electric resistance circuits Temperature mapping across meshes Interfaces to industry thermal codes including Sinda, Esatan, Trasys, and Nevada Advanced solver features including model simplification, substructuring, user-written subroutines, batch solutions and editable input files

Additional Information

Call 1300226349 or email us for questions or additional information.

midasNFX

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.


midas NFX Accurate

Analysis capabilities

midas NFX offers multi-disciplinary analysis features, which cover structural analysis, CFD analysis and topology optimization.

For structural analysis, midas NFX provides total solutions to general analysis types such as linear, modal and heat transfer analysis, as well as advanced analysis features such as contact, nonlinear and explicit dynamic analysis.

CFD analysis allows comprehensive and accurate simulations of heat transfer and fluid flows, associated with the specialized functions such as moving mesh and free surface. Structural analysis can also be coupled with CFD simulations.
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