Autodesk
Autodesk Inventor Nastran 1 Device 1 Year Subscription – COX-IN-1Y
- 1-Year Subscription: Get access to the latest updates and features.
- Advanced FEA Capabilities: Perform linear and nonlinear analysis for structural integrity.
- Seamless Integration with Inventor: Work directly within Autodesk Inventor’s CAD environment.
- Thermal Analysis: Simulate heat transfer and thermal stress for product durability.
- Fatigue & Vibration Analysis: Test products under dynamic loads and cyclic stress conditions.
Inclusive of VAT
- Warranty No
Key Information
- Type: Software
- Color: Brown
Details
Inventor Nastran 1-Year Subscription is a powerful finite element analysis (FEA) software designed for engineers and product designers. It integrates advanced simulation tools within Autodesk Inventor, allowing users to perform structural, thermal, and dynamic analysis for product validation and optimization. Ideal for industries requiring high-performance engineering simulations to ensure product durability and efficiency.
Thermal Analysis & Heat Transfer
Simulate how heat flows through components under conduction, convection, and radiation to prevent thermally‑induced failure modes.
Linear & Nonlinear Stress Studies
Evaluate where parts deform or bear load under both small (linear) and large (nonlinear) deformations to ensure reliability.
Impact & Drop‑Test Simulations
Analyze the effects of high‑velocity impacts or sudden drops to model how assemblies behave under shock loading.
Bolt & Fastener Modelling
Use bolt connections between parts to study fastener stress, preloads, and optimize number of bolts for strength.
Material & Composite Behavior
Simulate advanced materials including rubber, plastic, soft tissue, and composite layups for more realistic behavior under load.
Assembly Contact & Interaction
Model interactions where parts touch or move over each other including sliding and friction, to capture realistic mechanical behavior.
Buckling & Stability Analysis
Test structures prone to compressive loads for potential buckling modes and critical load thresholds to avoid collapse under load.
