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Keyword [ISD suspension]
Result: 1 - 20 | Page: 1 of 2
1.
Research On Dynamic Characteristics And Realization Method Of Vehicle Inerter-Spring-Damper Suspension Based On Dynamic Vibration Aborsbers Principle
2.
Performance Analysis And Test Research Of ISD Suspension Based On The Inerter With Variable Inertance
3.
Study On The Design And Test Of Automobile Suspension With Hydraulic Inerter
4.
Engineering Design And Optimization Of Hybrid-connected ISD Suspension
5.
Simulation And Test Research Of Hydro-pneumatic ISD Suspension
6.
Integrated Design And Analysis Of A Vibration Isolation System Of Cab Suspension For Heavy Commercial Vehicles
7.
Research On Vibration Isolation Performance Of Suspension Seat With Inerter
8.
Research On Positive Synthesis Of Mechatronic Network And Passive Control Of Vehicle ISD Suspension Based On HEI
9.
Research On Synthesis Optimization And Control Of Vehicle ISD Suspension Based On ADD Positive Real Network
10.
Performance Simulation Of ISD Suspension And Test Research Of Actuator Based On Skyhook-inertance Control
11.
Nonlinear Evolution And Predictive Control Of Vehicle Hydro-electric Coupling ISD Suspension
12.
Single Neuron PID Control And Experimental Study Of Vehicle Hydro-electric Coupling ISD Suspension
13.
Modeling And Test Of Lateral Interconnected Hydro-pneumatic ISD Suspension
14.
Research On Ride Comfort And Road Friendly Of ISD Suspension For Heavy Vehicle Based On Dynamic Inertia Effect
15.
Design,Modeling And Test Of A Semi-active Inerter Featuring Magnetorheological Effect
16.
Design And Test Of Hydro-pneumatic ISD Suspension In Heavy Multi-axle Vehicles
17.
Performance Simulation Analysis Of A Double Skyhook Semi-Active ISD Suspension Based On An Actuator Test Model
18.
Research On Predictive Coordinated Control Of Ride Comfort And Road Friendliness For Heavy Vehicle ISD Suspension Based On The Hybrid Damping Strategy
19.
Analysis And Optimization Of Vehicle ISD Suspension Handling Stability
20.
Dynamic Characteristics Analysis Of Series ISD Suspension System Under Different Working Conditions
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