MIDAS NFX
Integrated analysis solution for optimal design in the mechanical field: MIDAS NFX
A reliable structural analysis solution based on global Nastran technology.
■Overview midas NFX is an integrated CAE solution that provides a wide range of analysis functions necessary for product development, from structural, thermal, and fluid analysis to optimal design. With an intuitive modeling environment and high-precision analysis solver, even designers can efficiently perform advanced CAE analyses. Based on reliable analysis technology using Nastran, it broadly supports product design and performance evaluation. ■Main Analyses and Functions - Element library - Linear static analysis - Mode/buckling analysis - Dynamic analysis - Nonlinear analysis - Contact analysis - Composite material analysis - Heat transfer analysis - Fluid analysis - Fatigue analysis - Drop analysis - Adaptive H-method - Design optimization - CAD/CAE data interface
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basic information
■System Requirements OS: Microsoft Windows 11 (32Bit and 64Bit) CPU Minimum: Intel i5 2.5~2.9GHz CPU CPU Recommended: Intel i7 3.4GHz CPU or higher Memory Minimum: 8GB Memory Recommended: 16GB Resolution Minimum: 1280x1024 supporting True Color Resolution Recommended: 1920x1080 supporting True Color Recommended Graphics Card: GeForce NVIDIA series (if the program supports GPU, GPU is recommended) Recommended HDD: 2.0 GB or more of free space
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Applications/Examples of results
■ Strength and Rigidity Evaluation - Linear static analysis, stress and deformation evaluation, prestress analysis ■ Vibration and Dynamic Response Evaluation - Eigenvalue analysis, frequency response analysis, response spectrum analysis, random vibration analysis ■ Buckling and Stability Evaluation - Eigenvalue buckling analysis (linear buckling analysis) ■ Nonlinear Analysis - Material nonlinearity, geometric nonlinearity, analysis considering contact and friction ■ Impact and Drop Analysis - Nonlinear dynamic analysis using implicit and explicit methods, evaluation of transient responses such as collisions and drops ■ Fatigue and Durability Evaluation - Fatigue analysis under repeated loads, durability evaluation ■ Thermal and Thermal Stress Analysis - Steady-state and unsteady heat conduction analysis, thermal stress analysis considering temperature distribution ■ Composite Material Analysis - Stress and deformation evaluation of composite materials using 2D and 3D models ■ Design Optimization - Optimization analysis with design variables such as dimensions and shapes ■ Thermal Fluid Analysis (CFD) - Steady-state and unsteady flow, compressible and incompressible flow, turbulence, heat transfer, moving grid, CHT analysis
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Company information
Our company develops and promotes engineering software and provides integrated solutions for engineering services in the structural field and web business. Starting with software for architectural engineering, we have expanded our business to include software for civil, geotechnical, and mechanical engineering. We have grown to be active in multiple fields, ranging from architecture to civil and geotechnical areas (bridges, tunnels, underground structures, earth structures, etc.) and mechanical fields (automobiles, precision instruments, medical devices, etc.).
