The activity was originated in the framework of a collaboration between University of Pisa and Global Garden Products (GGP). The goal was to develop multilevel simulation and experimental tools aimed at characterizing the vibration behavior of a Lawn Tractor. These tools can be used to improve the comfort of the driver of the tractor and to avoid components resonance due to engine and blades excitations. A Semi-flexible MultiBody model and a Finite Element model were developed and successfully validated through comparison with experimental results.
MULTILEVEL APPROACH FOR VIBRATION CHARACTERIZATION OF A LAWN TRACTOR THROUGH NUMERICAL TOOLS AND EXPERIMENTAL ANALYSIS
BERTINI, LEONARDO;BUCCHI, FRANCESCO;MONELLI, BERNARDO DISMA;NERI, PAOLO
2016-01-01
Abstract
The activity was originated in the framework of a collaboration between University of Pisa and Global Garden Products (GGP). The goal was to develop multilevel simulation and experimental tools aimed at characterizing the vibration behavior of a Lawn Tractor. These tools can be used to improve the comfort of the driver of the tractor and to avoid components resonance due to engine and blades excitations. A Semi-flexible MultiBody model and a Finite Element model were developed and successfully validated through comparison with experimental results.File in questo prodotto:
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