An interesting article titled A Novel Formulation for the Study of the Ascending Aortic Fluid Dynamics with In Vivo Data has been published on the Medical Engineering & Physics (available online 18 September 2020). Numerical simulations to evaluate thoracic aortic hemodynamics include a computational fluid dynamic (CFD) approach or fluid-structure interaction (FSI) approach. While CFD neglects […]
At Esteco UM20 our CTO Marco E. Biancolini showed how advanced mesh morphing allows creating a set of shape variations which intensities can be combined to get the resulting performance together with its derivatives, thanks to the adjoint sensitivity. The computational cost (a CFD run and an adjoint one) stays the same whatever is the number […]
Over the last decade, electronic products have become increasingly complex and dense as they support more functions into dramatically reduced footprints. The need for flexible circuits has grown exponentially, since they are often the preferred solution to achieve package weight-reduction, compared to rigid planar boards. Flexible Circuit Boards are distinctly patterned circuitry and component arrangement […]
CAD and CAE model update on manufactured shapes is a key process in the industry 4.0, where design, manufacturing and maintenance are integrated elements. Digital Twin models, together with Reverse Engineering techniques, allow tracking components performances during production and verifying the compliance with design requirements during the component lifetime. The need to have RE processes […]
In the conference paper titled Advanced Radial Basis Functions Mesh Morphing for High Fidelity Fluid-Structure Interaction with Known Movement of the Walls: Simulation of an Aortic Valve – ICCS International Conference on Computational Science 2020 – , a fast high fidelity workflow for a multi-physic Fluid-Structure Interaction analysis exploiting ANSYS Workbench and RBF Morph is given. High fidelity is gained […]
In the conference paper Radial Basis Functions Mesh Morphing presented at the ICCS International Conference on Computational Science 2020, a brief introduction about RBF mesh morphing is given with a special focus on the selection of the radial function. Among the many available options two well adopted ones have been considered in detail: the bi-harmonic spline (BHS) and […]
A very interesting article having title Automatic shape optimisation of structural parts driven by BGM and RBF mesh morphing has been published on the International Journal of Mechanical Sciences Volume 183 – available online 25 July 2020 – Authors: S. Porziani; C. Groth; W. Waldman; M.E. Biancolini. Abstract The great flexibility of emerging production processes based on additive manufacturing is stimulating the development of automatic shape […]
It’s now aviable the article published by RBF Morph on the EnginSoft Newsletter Year 17 n°2 Summer 2020 that provides a non-exhaustive overview of some of the latest advancesin the adoption of CAE technologies in the medical field by citing some ongoing EU research programs. The pervasive use of engineering simulation during the design phase and for virtual testing, […]
As gold sponsor RBF Morph will join at ANSYS Simulation World – June 10-11, 2020 – free online live event. Simulation World is a free online event designed to inspire and educate executives, engineers, R&D and manufacturing professionals about the transformative powers of engineering simulation and Ansys. Engage in a full and exhilarating experience including inspirational keynotes from […]
The Analysis and Codes Group at Fusion for Energy (F4E) recently joined the Experiment n. 12 CAEUp “Update of CAE models on actual manufactured shapes” of the Cloudifacturing EU Project “Cloudification of Production Engineering for Predictive Digital Manufacturing” as a stakeholder. The Experiment CAEUp aims to implement and assess a procedure to offer manufacturing industries […]
