Marco E. Biancolini

17 Seguidores

I'm a Mechanical Engineer continuously driven by curiosity. Explore, discover, set-up new algorithms useful for numerical modeling and CAE is what I do as a Professor. Understand new problems, bring innovative solutions, set-up complex numerical work flow is what I do as a consultant. Communicate my passion is what I try to do as a teacher. My job is an equilibrium between the fantasy that stimulates research toward what could be feasible in the future and the pragmatism required to put in place advanced solutions to satisfy immediate industrial needs. I'm currently focused on Radial Basis Functions theory and its numerical HPC implementation. I'm discovering that several industrial pro...

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Analysis and simulation of lap time: innovative tools for design and structural behavior evaluation of a competition go-kart chassis

Hace 9 años • 1403 Visualizaciones

Marco E. Biancolini

Presentaciones

RBF Morph ACT extension for ANSYS Mechanical

Structural Optimization Using the New RBF Morph ANSYS ACT Extension

External Aerodynamic Optimization Using ANSYS Mesh Morphing

Go-kart aerodynamic optimization by means of CFD and RBF Mesh Morphing

Analysis and simulation of lap time: innovative tools for design and structural behavior evaluation of a competition go-kart chassis

RBF Morph FSI features

RBF update of CAE models on actual manufactured shapes

Setup and Validation of High Fidelity Aeroelastic Analysis Methods Based on RBF Mesh Morphing

Adjoint-based shape optimization workflows using RBF

Fluid structure interaction analysis: vortex shedding induced vibrations

Automatic shape optimisation using the Biological Growth Method (BGM) with RBF Morph ACT Extension and ANSYS Mechanical

Fast FSI in the Fluent Solver using RBF Morph Modal Superposition Method

CRACK PROPAGATION ANALYSIS OF ITER VACUUM VESSEL PORT STUB WITH RADIAL BASIS FUNCTIONS MESH MORPHING

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Setup and Validation of High Fidelity Aeroelastic Analysis Methods Based on RBF Mesh Morphing