Vehicle seat suspension is one of the most effective ways to reduce vibration transmitted to driver body, in particular, for heavy duty vehicles which are often operated in harsh conditions.
Vehicle seat suspension is one of the most effective ways to reduce vibration transmitted to driver body, in particular, for heavy duty vehicles which are often operated in harsh conditions.
Vehicle seat suspension is one of the most effective ways to reduce vibration transmitted to driver body,in particular,for heavy duty vehicles which are often operated in harsh *** of the currently proposed active and...
详细信息
Vehicle seat suspension is one of the most effective ways to reduce vibration transmitted to driver body,in particular,for heavy duty vehicles which are often operated in harsh *** of the currently proposed active and semi-active seat suspensions use linear actuators to provide the required forces to reduce vibration,however,the cost is high and the structure is *** this talk,the active and semi-active seat suspensions with rotary actuators are introduced to overcome the above mentioned *** the active seat suspension,different robust control strategies as well as friction estimation and compensation algorithms are developed and *** the semi-active seat suspension,both rotary magnetorheological fluid damper based and rotary electromagnetic damper based schemes are developed,where the controllable electromagnetic damper based scheme has energy harvesting capability such that the energy consumption of the system can be further *** the proposed schemes are experimentally *** experimental results show that the proposed seat suspensions are very practical for real applications due to their low cost,simple structure,and high effectiveness.
Vehicle seat suspension is one of the most effective ways to reduce vibration transmitted to driver body,in particular,for heavy duty vehicles which are often operated in harsh *** of the currently proposed active and...
Vehicle seat suspension is one of the most effective ways to reduce vibration transmitted to driver body,in particular,for heavy duty vehicles which are often operated in harsh *** of the currently proposed active and semi-active seat suspensions use linear actuators to provide the required forces to reduce vibration,however,the cost is high and the structure is *** this talk,the active and semi-active seat suspensions with rotary actuators are introduced to overcome the above mentioned *** the active seat suspension,different robust control strategies as well as friction estimation and compensation algorithms are developed and *** the semi-active seat suspension,both rotary magnetorheological fluid damper based and rotary electromagnetic damper based schemes are developed,where the controllable electromagnetic damper based scheme has energy harvesting capability such that the energy consumption of the system can be further *** the proposed schemes are experimentally *** experimental results show that the proposed seat suspensions are very practical for real applications due to their low cost,simple structure,and high effectiveness.
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