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Keyword [shape-memory alloys]
Result: 1 - 20 | Page: 1 of 3
1. Theoretical Research And Shaking-Table Test On Vibration Control For Long-Span Bridges Using Shape Memory Alloys
2. SMA Strands-Laminated Rubber Compound Bearing And Its Seismic Isolation Behavior
3. Passive Energy Dissipation System With Shape Memory Alloy Damper For Structural Vibration Control
4. Design, Manufacturing And Applied Basic Study For A Hepatic Vein Occlusion Device
5. The Earthquake Response Analysis Of Re-Centring Isolation Structure With Shape Memory Alloys
6. Researching Structures' Passive Control Based On Shape Memory Alloy
7. Research For Vibration Control Of High-rise Steel Structure Using Shape Memory Alloys
8. Analysis On Multi-Dimensional And Lateral-Torsional Coupled Seismic Response Of Compound Base-Isolation Structure With Shape Memory Alloys Bearings
9. Researches On Wind-Induced Vibration Control Of High-Rise Steel Structures Applying Shape Memory Alloy Cables
10. Study And Application Of Shape Memory Alloys (SMA) Dampers In The Earthquake Resistant And Strengthening Of The Ancient Tower
11. Study And Application Of Shape Memory Alloys (SMA) Dampers In The Earthquake Resistant Of The Structure With Weakness Floor At Bottom
12. Research On The Theory Of Structural Vibration Control And Application Method Based On Shape Memory Alloys
13. Experimental Research On Intelligent Self-monitoring And Self-repairing Of Concrete Beam With SMA
14. Study On Design Theory And Method Of The Earthquake Resistant Control Of The Ancient Tower Structure
15. Study On Mechanical Properties Of Shape Memory Alloys Dampers
16. Study And Application Of Shape Memory Alloys Dampers In The Earthquake Resistant Of The Structure With Base Big Space
17. The Theory And Applications Of Shape Memory Alloys In Structural Vibration Control
18. Research On The SMA Vibration Damping Control Based On Multi-point Input Space Under The Large Cross-grid Structure
19. Research On Characteristics And Active Control Of Vibration For ATVA Using SMA
20. Sma-motor Hybrid Actuation Theory And Study Of Folding Wing Mechanism
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