This software allows specialists in the aerospace, automotive, and wind energy industries to optimize the weight, cost, and performance of PCM (polymer ...
| Date | 2025-03-25 15:17:08 |
| Filesize | 507.32 MB |
| Visits | 236 |
| Downloads | 40 |
Free download Siemens FiberSIM 17.2.0 for NX 12.0-2206 Series full version standalone offline installer for Windows PC,
This software allows specialists in the aerospace, automotive, and wind energy industries to optimize the weight, cost, and performance of PCM (polymer composite materials) products by precisely controlling the orientation of reinforcing fibers.
You can reduce uncertainty in the behavior of composite parts under stress by describing, communicating, and verifying desired fiber orientation throughout the product development process, ensuring that specifications are met precisely. Using easy-to-use design data error-free tools, you can reduce the risk of designing complex, overweight, undefined properties and overpriced parts.
Simulate even more materials and manufacturing processes with the first-ever Spine-Based Simulation for buckling parts. Material laid along the generatrix of parts such as an aircraft stringer, an automobile body strut, or a wind turbine blade guide will have localized waviness and deformation.
It also helps simplify the design of composite parts with a new, easy-to-use design and documentation tools designed for engineers with a wide range of PCM backgrounds. The most time-consuming and challenging task in the design process is to work with specifications for runoffs between zones of constant thickness.
An advanced PCM product development solution
Enhanced Design-Time Optimization
Reduce the uncertainty of PCM product behavior
Accurate modeling of composite materials laying on complex shapes
Efficient transfer of a complete description
Simplify the development of composite parts and documentation
Supported OS: Windows 11, Windows 10, Windows 8.1, Windows 7
RAM (Memory): 2 GB RAM (4 GB recommended)
Free Hard Disk Space: 500 MB or more
