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Keyword [fatigue properties]
Result: 181 - 200 | Page: 10 of 10
181. Study On Bending Fatigue Properties Of Rubber Concrete
182. Experimental Study On Rheological And Fatigue Characteristics Of Super Hard Asphalt
183. Study On Shear Fatigue Properties Of Asphalt Mixture Based On Three-Dimensional Discrete Element Method
184. Study On Rheological And Fatigue Properties Of Asphalt-Aggregate Interface Adhesion
185. A Study On The Influence Of Bending On Hangers Consisting Of Steel Strands Of Half-through Arch Bridges And Through Arch Bridges
186. Experimental And Theoretical Study On Uniaxial Tension And Fatigue Properties Of M24 High Strength Bolts In Assembled Steel Structures
187. Application Of Arlequin Algorithm In The Analysis Of Ultra-low Cycle And High Cycle Fatigue Properties Of Welded Joints
188. Research On Fatigue Properties Of Shear Connectors Of Steel-Concrete Composite Structure
189. Electromechanical and fatigue properties of as-manufactured and quench damaged YBCO coated conductor
190. Examination of the fatigue properties of vibration-welded nylon compounds
191. Influence of corrosion damage topography on fatigue properties in longitudinal fuselage lap joints
192. The effect of fiber reinforcement on the fatigue properties of elastomers
193. A cracking methodology to assess fracture and fatigue properties of asphalt concrete mixtures using overlay teste
194. Study On Laser Shock Processing Of High Temperature Fretting Fatigue Resistance Of Mortise Of Helicopter Turbine Disk
195. Research Of Static And Fatigue Properties In Negative Moment Regions Of Steel-concrete Composite Beams
196. Design And Experimental Research Of Loading System In High And Low Temperature Environment
197. Study On Low Cycle Fatigue Properties Of Hydrogen Containing Steel Bars After Electrochemical Repair
198. Study On Fatigue Properties Of Corroded Steel-Concrete Composite Beams
199. Study On Ultra-low Cycle Fatigue Properties Of The Joints Connected By The Bolt-ball Of ?120 And M24 High-strength Bolts
200. Influence Of Low Energy Impact On Fatigue Properties Of Carbon Fiber Composite Laminates
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