MSC Nastran Applications
You can use MSC Nastran to determine the following:
- Strength, durability and vibration assessment of various structures such as aircrafts, car, trucks, or a train
- Structural dynamic response simulation of loads that vary with time or frequency
- Modal based analyses and NVH solutions of large systems such as in automotive and aerospace vehicle systems
- Simulation of interior acoustics for sound pressure inside a bounded domain
- Static and transient analysis of structures involving material and geometric nonlinear behaviour and nonlinear boundary condition
- Advanced heat transfer analysis with contact including conduction, convection and radiation to understand the effect of temperature fluctuations in consumer electronic devices such as television or cell phone.
- Automated thermal followed by structural analysis
- Analysis of structures with rotating components
- Include the effects of aeroelasticity on structures
- Combined topology, sizing and shape optimisation of structures with manufacturing constraints
MSC Nastran Modules
MSC Nastran Basic Package includes:
- Linear Statics
- Normal Modes
- Buckling
- Connectors
- Dynamics
- Heat Transfer
- Adams integration
- Unlimited Model Size
- Direct Matrix Abstraction Programming (DMAP)
MSC Nastran Advanced Package adds:
- Aeroelasticity I
- Dynamic Design Analysis Method (DDAM)
- Shared Memory Parallel (SMP)
MSC Nastran Basic Package is a prerequisite.
MSC Nastran Nonlinear Complete adds:
- Nonlinear
- Marc Translator
- Implicit Nonlinear
- Implicit Nonlinear Shape Memory metals
- Implicit Nonlinear Hemi Cube View Factors
MSC Nastran Basic Package is a prerequisite.
Complementary MSC Nastran Modules:
- Distributed Memory Parallel (DMP)
- Automated Component Modalule Synthesis (ACMS)
- Acoustics (Interior)
- Aeroelasticity II
- Design Optimization
- Krylov Solver
- Rotor Dynamics
- Superelements
- Topology Optimization
- Implicit Nonlinear Multi-Processor
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