We have developed a numerical FEM approach for hollow-core Tube-Lattice Fibers to calculate losses due to geometrical deformation along the fiber axis and hereby provide scaling laws to gain insight and assist in design.
Analysis of geometrical deformation effects in hollow-core Tube-Lattice Fibers / Soli, E.; Melli, F.; Rosa, L.; Vasko, K.; Benabid, F.; Vincetti, L.. - (2023). (Intervento presentato al convegno 2023 Conference on Lasers and Electro-Optics, CLEO 2023 tenutosi a San Jose McEnery Convention Center, usa nel 2023).
Analysis of geometrical deformation effects in hollow-core Tube-Lattice Fibers
Soli E.;Melli F.;Rosa L.;Vincetti L.
2023
Abstract
We have developed a numerical FEM approach for hollow-core Tube-Lattice Fibers to calculate losses due to geometrical deformation along the fiber axis and hereby provide scaling laws to gain insight and assist in design.
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