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Keyword [replaceable]
Result: 141 - 158 | Page: 8 of 8
141. Study On Mechanical Properties Of Coupled PEC Shear Wall Structure With Replaceable Members
142. Study On Seismic Performance And Design Method Of Three-Section Replaceable Energy-Dissipating Beam
143. Study On Performance-based Seismic Design Method Of High-strength Steel Framed-tube Structures With H-section Replaceable Links
144. Experimental And Numerical Analysis Of Seismic Performance Of High-strength Steel Framed-tube Structure With End-plate Connected Replaceable Links
145. Hysteretic Performance Study Of High-Strength Steel Frame Bobbin Structure With Replaceable Energy Dissipation Beams With Double Channel Section
146. Study On Gravity Anchorage Structure And Replaceable Main Cable Anchorage System Of Super-long Span Suspension Bridges
147. Study On Seismic Performance Of Assembled Replaceable Artificial Plastic Hinges And Their Composite Joints
148. Study On Seismic Performance Of Precast Beam-Column Composite Energy-Consuming Joints
149. Research On Seismic Toughness Of Frame Structure With Additional Replaceable Redundant Columns
150. Experimental Study On Seismic Performance Of Replaceable Concrete Coupling Beam Considering Influence Of Floor Slab
151. Experimental Study On Seismic Performance Of Replaceable Steel Coupling Beam Considering Influence Of Floor Slab
152. Study On Seismic Performance Of Friction Damper Installed In Energy-consuming Wall Toe
153. Research On Seismic Performance Of K-type Eccentrically Braced Steel Frames With Replaceable Aluminum Alloy Energy Dissipation Connections
154. Study On The Aseismic Mechanism Of Steel Column Base With Replaceable Energy-Dissipation Cover Plates
155. Research On Seismic Damage And Failure Modes Of Railway High Piers With Replaceable Components
156. Research On Seismic Performance Of Segmental CFST Pier With External Energy Dissipating Elements
157. Research On Seismic Performance Of A New Type Of Replaceable Shear-Plate Joint For Special-Shaped Concrete Filled Steel Tube Column
158. Research On The Mechanical Properties And Seismic Design Method Of Detachable Steel-concrete Composite Beam
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