New approach for accurate, robust morphing of CAD geometries
Facilitates bi-di transfer between analysis-testmanufacture and design
Newsletter EnginSoft Year 16 n°1
By Andrew Chinn | International TechneGroup
Connecting simulation and test results into the design process, such that analysis truly leads design, offers potentially significant breakthroughs for manufacturers.
This technical article describes a new, automated approach to accurately and robustly morph CAD geometry based on results of analysis in order to facilitate the missing bi-directional transfer of these geometries between analysis/test/manufacture and design.
Two industrial examples using this approach are also provided, in the morphing of a turbine blade deformation model and aero-elastic deformation of aerodynamic shapes for the NASA Common Research Model. This technique is particularly useful for cases requiring multi-disciplinary analysis and automatic shape optimization for further, independent CAE analysis.
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CASE STUDY
The aerospace industry is embracing a cutting-edge workflow that combines virtual reality (VR), reduced order models (ROMs), and mesh morphing to revolutionize aerodynamic design. Developed through a collaboration between the University of Rome Tor Vergata and RBF Morph, this approach allows engineers to explore and adjust designs in real time within an immersive 3D VR environment
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