Siemens FiberSIM 16.1.3 for Catia V5-Creo-NX x64

Siemens FiberSIM 16.1.3 for Catia V5-Creo-NX x64 | 1.47 GB

Information:

FiberSIM from Siemens PLM Software allows skilled aerospace, and automotive industries windmill optimize weight, cost and performance of the FRP product (polymer composites) due to the precise control of the orientation of the reinforcing fibers.

Application Fibersim provides risk reduction by optimizing the design and manufacture of durable and lightweight innovative designs in aerospace, automotive and wind energy industries. Package developed by Vistagy, Siemens acquired December 7, 2011 and is the commercial division of Siemens PLM Software.
Fibersim reduces uncertainty behavior of composite parts under loads by describing, transmitting and verifying the required fiber orientation throughout the entire product development process, providing precise compliance with the specified specifications. Using the handy tools eliminates errors when working with the design data, you can reduce the risk of designing complex parts overweight uncertain properties and excessive cost.
FiberSIM – an advanced solution for the development of products from PCM, helping world leaders aerospace, automotive, wind power and other industries successfully solve challenges throughout the entire production cycle – from the development of the conceptual design, detailed design, simulation calculations layer and create manufacturing data to the quality control . Fibersim can be fully integrated with the market-leading commercial 3D CAD systems.
Benefits Fibersim:
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Enhanced optimization of the design phase
Fibersim helps reduce uncertainty behavior of FRP products under load due to the new coordinate system on the rail (Spine-Based Rosette), which enables simulation of stacking materials with orientation along the path. This information can be transferred between all participants in the development process throughout the cycle. Providing the necessary orientation of the fibers manufactured parts – whether stringer aeronautical structure, the vehicle frame or 60-meter blade for a wind turbine – is a critical factor in the optimization of the weight and product performance.
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Accurate simulation of laying composite material to form complex
In Fibersim package was first introduced the Enhanced modeling of technological processes for multi-layer materials, including multiaxial fabrics. These functions form the basis Fibersim, allows you to simulate an even greater number of materials and production processes with the help of the first in the history of technological modeling function of the guide (Spine-Based Simulation) for parts with buckling. A material stacking along a generatrix of such items as aircraft stringer Front vehicle body or guide blade of a wind turbine, will have a local deformation and waviness. Determining the causes of these phenomena at an early stage of the production cycle allows the key to make the right decisions in a timely and cost-effective maintenance of the expected strength of parts.
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Effective transfer of the full details of the description between divisions design and calculations
The program introduces a new functional exchange descriptions multiaxial fabrics and fillers. This functionality enables effective collaboration between designers and prochnistami taking into account the most important component throughout the product development cycle. For accurate calculation of the stiffness and the strength of parts is necessary to consider the specific characteristics of multiaxial fabrics and fillers, commonly used in the design in the aerospace, automotive and wind power industries.
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Simplifying the design process of composite parts and documentation
Fibersim helps simplify the process of developing composite parts with new, easy-to-use design tools and documentation generation, created for engineers with different experience in RMB. The most difficult and time consuming task in the design process is to work with the specifications escaping between the zones of constant thickness. The package Fibersim first introduced function of the visual profile editor runout (Visual Stagger Editor) to simplify the work with such specifications. Large aerospace panels, such as wings, stabilizers or the tail, have a significant number of different runout profiles. Profile Editor taper facilitates the development of profiles and reduces the chance of design errors.

Year / Date of Release: 2019
Version: 16.1.3
Developer: Siemens PLM Software
Developer website:

https://www.plm.automation.siemens.com/en/products/fibersim/fibersim-overview.shtml

Bit: Win 7 / 8.1 / 10 64bit
Language: English
Medicine: Present (TeAM SolidSQUAD-SSQ)
System requirements
For Fibersim 16.1.3 for CATIA V5
CATIA V5 R25-R29 64-bit
For Fibersim 16.1.3 for CREO Parametric
Creo Parametric 3.0
Creo Parametric 4.0
Creo Parametric 5.0
Creo Parametric 6.0
For Fibersim 16.1.3 for Siemens NX
NX-10.0.2 + 64-bit (to use NX-10 on Win10 the minimum requirement is NX-10.0.3)
NX-11.0.1 + 64-bit
NX-12.0.1 + 64-bit (to use NX-12, the minimum supported version is NX-12.0.1)
NX-1847 Series 64-bit (1847-1867)
NX-1872 Series 64-bit (1872-1892)