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Keyword [steel deck]
Result: 161 - 180 | Page: 9 of 10
161. Fatigue Reliability Assessment Of Orthotropic Steel Bridge Deck Under Random Traffic Flow Considering Parameters Correlation
162. Research On Fatigue Assessment And Optimization Of Structural Details In Steel-UHPC Lightweight Composite Structures
163. Study On Interfacial Characteristics Of Steel Deck Pavement With Engineered Cementitious Composites
164. Research On Mechanical Performance And Crack Width Calculation Theory Of Steel-uhpc Lightweight Composite Deck Structures
165. Study On The Performance Of Processing Property Of GMA Mixture
166. Improvement Of Fatigue Performance Of U-ribbed Welds By STC Pavement
167. Axle Load Conversion Method For Steel Deck Asphalt Pavement Based On Coupling Vibration Effect Of Vehicle-bridge
168. Influence Analysis Of Assembly Disparity Of Orthotropic Steel Bridge Structure And Countermeasures
169. Study On Steel Deck Pavement Technology And Engineering Application Of Qingshui River Bridge
170. Research On The Influence Of Size Parameter And Section Form On The Stress Of Orthotropic Steel Deck Slab
171. The Key Technology Research On The Quality Control Of Waterproof Adhesive Layer In Steel Deck Pavement In Hot And Humid Area
172. Analyze The Structure Performance Of Steel Bridge Deck And Pavement Based On The Fatigue Load Model ?
173. Study On Structural Performance Of Steel Deck Pavement Of Liangjiang Bridge And Construction Control Research
174. Experimental Study On Flexural Behavior Of Continuous Decks Structure Connected With Bolts In Steel Simply Supported Beams
175. Development And Evaluation Of High Performance Materials For Steel Bridge Deck Pavement
176. Dynamic Pressure Simulation Analysis Of Steel Bridge Deck Pavement With Cracks
177. Analysis Of Coupling Temperature And Load On Steel Deck Pavement Structure Based On COMSOL
178. Research On Fatigue Analysis Methods Applied For Typical Welds Of Orthotropic Steel Deck
179. Study On Fatigue Life Of Steel Deck Based On Random Vehicle Flow
180. Contrast Design And Experimental Study Of Steel Deck Pavement Materials In Foshan Area
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