Midas NFX 2022 R1 Win64-SSQ

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Posted on 13 Aug 09:19 | by rai10 | 26 views

Midas NFX 2022 R1 Win64-SSQ
Size: 1.61 GB Type: Apps OS Year: 2022 Version: R1

Release Year/Date : 2022
Version : 2022 R1 build 2022-05-31
Developer : MIDAS Information Tecnology Co.

Bit depth : 64bit
Interface language : Multilingual
TeAM SolidSQUAD-SSQ)
System requirements : Windows
Description : MIDAS NFX is an affordable comprehensive software for engineering calculations and optimization of design solutions

Areas of use:

• Simulation modeling of the product;
• 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 detection of contacts in assemblies, convenient 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 grids
• Extensive database of materials, including anisotropic ones
• Accounting for the optical properties of the material in the calculation of radiation and heat transfer
• Set of templates for standard boundary conditions and loads
• Possibility of solution parallelization

Simplified development of innovative products
• Easy model generation and solution of optimization problems according to various criteria
• Pre-configured calculation templates
• Ability to create adaptive meshes and re-mesh during calculations
• Topology (part shape) optimization based on static/dynamic analysis data
• Advanced wear calculation functions
• Carrying out reliability assessment tests of equipment elements

A single integrated solution for 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 the allowable mutual movements of parts in an assembly
• Determination of densities of heat flows
• Linear dynamic analysis
• Non-linear contact
analysis • Advanced non-linear impact analysis
• Joint analysis of rigid and elastic structures in one model
• Combination of linear and non-linear analysis in one model