| KEYWORD |
Models for Nonlinear vibration of rotating beam
Parole chiave GEOMETRIC NONLINEARITY, NONLINEAR VIBRATION, ROTATING STRUCTURES
Riferimenti STEFANO ZUCCA
Riferimenti esterni Dr. Fahimeh Mashayekhi (fahimeh.mashayekhi@polito.it)
Gruppi di ricerca 11 - LAQ AerMec per componenti di turbine e compressori
Tipo tesi NUMERICAL AND PROGRAMMING
Descrizione Rotating structures are widely used in many turbomachinery applications like turbine blades, helicopter blades and wind propellers. The recent tendency towards higher efficiency and performance has made these structures more prone to experience large displacements. While the computational cost of the dynamic analysis of Geometrically nonlinear structures is prohibitive particularly in design stage. So the simplified models of these structures like two-dimensional beams could be very advantageous for related industries and also for further studies of more complicated phenomena in academia. In this project, the geometrical nonlinear co-rotational formulations of rotating beams are developed and coded in Python program. Different simulations (Modal, Non-linear static, large transient vibration) are performed and validated using a commercial finite element software (ANSYS).
Vedi anche https://doi.org/10.1115/1.4041024
Conoscenze richieste Finite Element, Nonlinear Dynamics, PYTHON (or MATLAB).
Scadenza validita proposta 17/02/2024
PROPONI LA TUA CANDIDATURA