Steel plate shear - Globe Thesis

Keyword [Steel plate shear] Result: 181 - 200 \| Page: 10 of 10
181.	Energy Dissipation And Failure Mechanism Of Steel Plate Shear Walls And The Thickness Effects Of The Infill Steel Plate
182.	Interaction Mechanism Between Unstiffened Or Buckling Restrained Steel Plate Shear Walls And Surrounding Frameworks
183.	The Seismic Behavior Research On Diagonal Stiffened Steel Plate Shear Wall Under Cyclic Loading
184.	Study On Seismic Performance Of Concrete Filled Steel Tube Frame-Grille Type Steel Plate Shear Wall Structure
185.	Study On Mechanical Property And Design Method Of Self-centering Concrete-filled Square Steel Tubular Frame With Thin Steel Plate Shear Walls
186.	Seismic Behavior Study Of Concrete-filled Square Steel Tubular Frame-thin Steel Plate Shear Walls With Vertical Stiffeners
187.	Experimental And Theoretical Studies Of Steel Plate Shear Wall With Multiple Boxes
188.	Aseismatic Performance Of Steel Plate Shear Wall With PEC Composite Columns (Weak Axis)
189.	Study On Seismic Behavior Of Double Layer Profiled Steel Plate Shear Wall Based On Screw Connection
190.	Experimental Study On Multi-layer Self-centering Steel Frame Structure System Using Energy Dissipation Of A Perforated Steel Plate Shear
191.	Tension Force And Bending Moment Demand On Headed Stud In C-SPW With One Side Concrete Encasement And Different Aspect Ratio
192.	Tension Force And Bending Moment Demands On Headed Stud For The Design Of Different Aspect Ratio C-SPW With Concrete Panels On Both Sides Of Steel Plate
193.	Shear Force Demand On Headed Stud For The Design Of Different Aspect Ratio C-SPW With Concrete Panel On One Side Of Steel Plate
194.	Experimental And Simulation Study On Double-directional Butterfly-shaped Steel Shear Wall Used As Energy Dissipator
195.	Experimental Investigation On Two-story Self-centering Structure Systems Equipped With Butterfly-shaped Steel Plate Shear Walls
196.	Shear Force Demand On Headed Stud For The Design Of Different Aspect Ratio C-SPW With Concrete Panel On Two Side Of Steel Plate
197.	Research On Mechanical Behavior And Design Method Of Corrugated Infilled Plates In Steel Plate Shear Wall
198.	Plate-frame Interaction And Mechanism Analysis Of Corrugated Steel Plate Shear Wall
199.	Seismic Behavior Analysis Of New Damping And Energy Dissipating Corrugated Steel Shear Wall System
200.	Study On The Performance Of Cross-slanted Self-bucking-restrained Corrugated Steel Plate Shear Wall
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