Marco Masci Email & Phone Number

• Contributed to the mechanical design of a 2-meter, 12 T, cosθ, double aperture dipole within the High Field Magnet project, prioritizing intrinsic safety by implementing mechanical stoppers, eliminating the need to.
• Conducted a series of parametric finite element analyses to investigate the correlation between component tolerances and stresses on the coil.
• Followed the technical drawing and production process for mockup studies.
• Developed a finite element model for the “Short Model Coil” structure for the implementation of a novel quench protection method for superconducting magnets (Energy Shift with Coupling).

• Contributed to a year-long collaborative effort between the Magnets‑Superconductors‑Cryostat and Material‑Mechanical‑Engineering groups, focusing on the collaring mockup testing campaign of the 11 T coil cross‑section.
• Collaborated on the mechanical characterization process aimed at modeling the Nb3Sn cable stack and integrating it into FEA models.
• Developed a finite element model that integrated real geometrical imperfections, as measured by the coordinate‑measuring machine, to predict the midplane stress state during the collaring procedure.
• Performed the structural assessment according to the EN-13445 standard of the LMBRD D2 cold masses.
• Developed a simplified procedure for the FEA of brazed assemblies which aimed to provide:o Absolute values of residual stresses and deformations.o The transient behavior of the assembly during a brazing cycle by.

Design Engineer at the Engineering Design and Simulations Section of the European Council for Nuclear Research (CERN) to participate to the Fresca 2 project at CERN Engineering Department in Geneva.