BikeShake: the design of an indoor simulator dedicated to motorcycle ride testing as an interactive project
Articolo
Data di Pubblicazione:
2018
Abstract:
A servo-hydraulic road simulator test rig (aka four-poster) can play a key role in testing and development of road vehicles.
Its use for durability testing, NVH analysis, suspension setup optimization etc. is widespread. Engineers often make use
of four-poster testing to validate their dynamic simulation models as well. The use of a so-called four poster is normally
restricted to four-wheeled vehicles, typically passenger cars and light commercial vehicles. Motorbikes might also require
similar R&D activities, even more so now that the market appears to be interested in electronically adjustable and semi-active
suspension systems, especially for adventure/touring bikes; however, there are not many specific rigs around. This work
proposes a method to retrofit a four-poster into a two-poster dedicated to motorbikes by means of a simple auxiliary structure:
the so-called BikeShake. A case study has been reported at the end of the paper to validate the project.
Its use for durability testing, NVH analysis, suspension setup optimization etc. is widespread. Engineers often make use
of four-poster testing to validate their dynamic simulation models as well. The use of a so-called four poster is normally
restricted to four-wheeled vehicles, typically passenger cars and light commercial vehicles. Motorbikes might also require
similar R&D activities, even more so now that the market appears to be interested in electronically adjustable and semi-active
suspension systems, especially for adventure/touring bikes; however, there are not many specific rigs around. This work
proposes a method to retrofit a four-poster into a two-poster dedicated to motorbikes by means of a simple auxiliary structure:
the so-called BikeShake. A case study has been reported at the end of the paper to validate the project.
Tipologia CRIS:
1.1 Articolo in rivista
Keywords:
Four-poster; Indoor testing; Motorcycle testing; Motorcycle vertical dynamics; Road reproduction; Two-poster; Modeling and Simulation; Industrial and Manufacturing Engineering
Elenco autori:
Chindamo, D.; Gadola, M.; Armellin, D.; Marchesin, F. P.
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