Semi-active Control - Globe Thesis

Keyword [Semi-active Control] Result: 181 - 200 \| Page: 10 of 10
181.	MREs And Its Application In The Structure Of Semi-active Control
182.	Study On Semi-active Parametric Vibration Control Of Cables And Optimized Placement Of MR Damper For Cable-stayed Bridges
183.	Key Theoretical Research On Decoupling Of Engine Mounting System And Design Of Novel Semi-active Hydraulic Engine Mount
184.	Research On Magnetorheological Damper Semi-active Vibration Isolation Oriented To Helicopter Seating System
185.	Cable Active And Semi-active Control Simulation And Experimental Research Based On The Magnetostrictive Actuator
186.	The Vibration Isolation Performance And Control Strategy Research On Automotive Powertrain Magnetorheological Elastomers Mount
187.	Study On Model And Experiment Of Semi-active Control Of Transmission Tower Based On Piezoelectric Friction Damper
188.	The Research Of The Vehicle Suspension Semi-Active Control Based On The Magnetorheological Damper
189.	Research On The Energy Model And Capacity Configuration Of Hybrid Energy Storage System In Micro Grid
190.	Research On Semi-active Control Of The Dynamic Performance For High-speed Trains
191.	Linearization Modeling And Semi-Active Control Of Connected Hydro-Pneumatic Suspension System
192.	State Observation And Semi-Active Control Strategy Of Commercial Vehicle Seat Suspension
193.	Dynamics Research On Magnetorheological Damper Ship Isolation System
194.	Study On Dynamic Characteristics And Semi-Active Control Strategy Of Air Suspension
195.	Study On The Semi-active Control Of The Floating-raft Vibration Isolation System
196.	Research On The Impact-resistance Properties Of Semi-active Control Floating Raft
197.	The Study Of High-speed Train Semi-active Suspension System
198.	Design And Experiment Of The Pumping Magnetorheological Damper
199.	Research On The Semi-active Vibration Control Of Body Beam Structure Based On Shape Memory Alloy
200.	Dynamic Respons Analysis And Prediction Of Ground Vibration Of The Semi-active Vibration-reduce Of Floating Slab Track By Using Magneto-rheological Dampers
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