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[1]王博,Dagang WANG,种海浪,沈小满,Zhang Dekun.悬索桥主缆钢丝与鞍座材料摩擦腐蚀疲劳行为,2023
[2]孙远,Dagang WANG,徐伟,Zhang Dekun.主缆索股与鞍座间动态接触与微滑移机理研究,2023
[3]李陈晨,Dagang WANG,孙跃威,徐伟,张杰,邬柯,陈建豪,邓海燕,Zhang Dekun,葛世荣.Bending fatigue damage behavior of wire rope in hoisting system of drilling rig,2023,v187
[4]王博,Dagang WANG,种海浪,解国正,Zhang Dekun,葛世荣.Tribo-corrosion interaction of the parallel steel wires in the suspension bridges,2023,11(12)
[5]Dagang WANG,王博,解国正,李陈晨,Zhang Dekun,葛世荣.Effect of temperature on tribo-corrosion behaviors of parallel steel wires of main cable in the suspension bridge,2023
[6]种海浪,Dagang WANG,王博,沈小满,Wahab Magd Abdel.Gradual Deterioration Behavior of the Load-Bearing Strength of Main Cable Wires in a Suspension Bridge,2023,v13(1)
[7]种海浪,Dagang WANG,张俊,王博,fengcunao,Zhang Dekun.微动疲劳参数对钢丝微动疲劳磨损演化的影响,2022
[8]徐伟,Dagang WANG,张俊,fengcunao,Zhang Dekun.钢丝微动疲劳裂纹萌生寿命预测研究,2022
[9]Dagang WANG,朱辉龙,徐伟,yejihong,Zhang Dekun,Wahab Magd Abdel.Contact and slip behaviors of main cable of the long-span suspension bridge,2022
[10]Dagang WANG,宋道柱,Magd Abdel Wahab.Effects of Contact Load and Torsion Angle on Crack Propagation Behaviors of Inclined Crossed Steel Wires during Tension–Torsion Fretting Fatigue in Acid Solution,2021
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