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FIXME

Lecture Notes

lecture notes, as od 20220317 (big endian), 135% scaled version.

Exam formulary.

Il materiale didattico relativo alle lezioni della prof. Mantovani è reperibile su piattaforma Teams al link, previa autenticazione.

Terminal Server lab

Videos

Roba sparsa

Roller bearing questionable modeling

RBE2 vs. RBE3

On the relevance of constraining in dynamic analyses back view side view relevance of (improper) constraints on the dynamic behaviour of a structure. Design is reliable in actual operational conditions (link). Added constraints stiffen up the structure, thus increasing natural frequencies. However, a 0 Hz rigid body mode natural frequency may rise to a finite value due to added positioning constraints; the associate natural mode may be excited in resonance by dynamic loads.

Poor man dynamic response animated view

MSC.Mentat procedure for creating poor man harmonic response animations

MSC.Mentat procedure for creating poor man natural mode animations

Structural damping references

structural_damping_values_jdstevenson.pdf

damping_cross-reference_and_material_properties.pdf

f_orban_damping_of_materials_and_members_in_structures.pdf

tom_irvine_damping_in_bolted_and_welded_joints.pdf

estratto vol. 2, sezione 8 di Soovere, J., and M. L. Drake. Aerospace Structures Technology Damping Design Guide.LOCKHEED-CALIFORNIA CO BURBANK, 1985.

Instabilità

Piede di biella 2d - contatti

Modello base: piede2d_meshed.mfd

Contatto piede-bronzina: interferenza radiale 0.03 mm (corpi discretizzati in accoppiamento nominale senza gioco né interferenza)

Contatto bronzina-spinotto: gioco radiale 0.05 mm (corpi discretizzati con tale gioco di accoppiamento).

Carico sullo spinotto: 28.8kN, da distribuirsi su area diametrale 20,9×60 mm^2.

Programma turni d'esame

wikipaom2023/start.txt · Ultima modifica: 2024/02/27 13:23 da ebertocchi