myCADFEM Calendar Webinars eCADFEM eLearning Technical support PRODUCTS SOLUTIONS SERVICES KNOWLEDGE NEWS ABOUT COMPANY MECHANICS Ansys Autodyn Software for 2D and 3D analysis of high-speed nonlinear dynamic processes in solids, liquids and gases All products Ansys Autodyn allows you to analyze complex processes in continuum mechanics: detonation and deflagration explosions, behavior and response of structures to intense dynamic impact beyond the bearing capacity, destruction, fragmentation and penetration of materials. Ansys Autodyn provides multi-criteria parametric optimization based on experiment planning, correlation analysis, sensitivity and robustness analysis. Ansys Autodyn Calculation Capabilities Ansys Autodyn functionality Связанные материалы By continuing to use our site, you consent to the processing of cookies, which ensure the correct operation of the site. By clicking “Accept”, you agree to our use of such tools for advertising, analytics and support. Accept

myCADFEM Calendar Webinars eCADFEM eLearning Technical support PRODUCTS SOLUTIONS SERVICES KNOWLEDGE NEWS ABOUT COMPANY Electromagnetism (LF) MAX-MAG - Basic Electromagnetic Computing Course at Ansys Maxwell Read MAX-ELC - Basic Electrical Calculations Course at Ansys Maxwell Read SIMPL - Ansys Simplorer Basic Course Read MULT-MAX-FLUENT - Co-simulation of electromagnetic fields and thermal state using Ansys Maxwell and Ansys Fluent Read MAX-OPT - Model Optimization in Ansys Maxwell Using the Optimetrics Module Read MAX-FLC - Using the Ansys Maxwell Field Calculator to Process Results Read MAX-RMX - Introduction to Ansys RMxprt Read MAX-PEX - Introduction to Ansys PExprt Read " ‹ 1 › " Связанные материалы By continuing to use our site, you consent to the processing of cookies, which ensure the correct operation of the site. By clicking “Accept”, you agree to our use of such tools for advertising, analytics and support. Accept

myCADFEM Calendar Webinars eCADFEM eLearning Technical support PRODUCTS SOLUTIONS SERVICES KNOWLEDGE NEWS ABOUT COMPANY Parametric object model To order Building an aviation wing step by step To create a parametric model of complex-shaped objects, a simple XML-description in a special FLYP language is used, which gives significant advantages in the "modeling - calculation - optimization" cycle. This is due to the availability of parameters directly in the text description for pointing to them to the optimizer. Flypoint Parametrica implements the conceptual continuation of the Free Form Deformation technology, which allows to functionally affect the geometry of elements, while seriously reducing the number of controlled parameters. Flypoint Parametrica in the optimization cycle allows you to work both with a deforming curve, defining a change in the original geometry, and to get access to the parameters of the mathematical description, if required by the formulation of the problem. Связанные материалы By continuing to use our site, you consent to the processing of cookies, which ensure the correct operation of the site. By clicking “Accept”, you agree to our use of such tools for advertising, analytics and support. Accept