Simplify the development of composite parts and documentationįibersim helps simplify the development of composite parts with new, easy-to-use design tools and documentation generation designed for engineers with different experience in the field of PCM. 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. This functionality provides an opportunity for effective interaction between designers and schnists, taking into account the most important components throughout the product development cycle.
Determination of the causes of these phenomena at an early stage of the production cycle allows us to make the right key decisions for the timely and economical provision of the expected strength of the parts.Įffective transfer of a full-fledged part description between design and calculation unitsĪ new functional of the exchange of descriptions of multiaxial fabrics and fillers is presented. The material laid along the generatrix of such parts as an aerodynamic stringer, an automotive body stand or a guide of a wind turbine blade will have a local undulation and deformation. These functions formed the basis for Fibersim 2012, allowing you to model even more materials and production processes using the first-ever Spine-Based Simulation feature for parts with a longitudinal bend. In the Fibersim package, the functions of advanced process modeling for multilayer materials, including multiaxial fabrics, were introduced for the first time. Providing the necessary orientation of the fiber of the parts to be manufactured – whether it be an aerodynamic stringer, a car frame or a 60-meter wind turbine blade – is a critical factor in optimizing the weight and performance of the product.Īccurate modeling of compositing of composite materials on complex shapes This information can be transferred between all the participants in the development process throughout the cycle. Fibersim can be fully integrated into market-leading commercial 3D CAD systems.Īdvanced design optimization at the design stageįibersim helps to reduce the degree of uncertainty in the behavior of products from PCM under load due to the new Spine-Based Rosette, which allows modeling of stacking of materials along the path. Using convenient tools, eliminating errors when working with project data, you can reduce the risk of designing complex parts with excess weight, uncertain properties and overestimated cost.įiberSIM – 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.
The package was developed by Vistagy, acquired by Siemens on Decemand is a commercial division of Siemens PLM Software.įibersim reduces the degree of uncertainty in the behavior of composite parts under load by describing, transmitting and verifying the desired orientation of the fibers throughout the entire product development process, ensuring an accurate fit to the specified specifications.
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Working with Siemens FiberSIM 13.0.0 with CATIA V5 R18-R22 fullĭescription: FiberSIM from Siemens PLM Software allows aerospace, automotive and wind energy specialists to optimize the weight, cost and performance of PCM products (polymer composite materials) by accurately controlling the orientation of reinforcing fibers.Īpplication Fibersim provides risk reduction by optimizing the process of designing and manufacturing strong and light innovative designs in the aerospace, automotive and wind power industries.
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