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Articles by author: Yong Xiang Zhao

• A New Method for Parameters Estimation of Probabilistic Fatigue Crack Growth Rate Model
  Published in: Fracture and Damage Mechanics V (p615)
• A Short Fatigue Crack Growth Law for 1Cr18Ni9Ti Weld Metal
  Published in: Fracture and Damage Mechanics V (p571)
• Cyclic Deformation Behaviour of China Railway Grade B Cast Steel Wheel
  Published in: Materials Engineering for Advanced Technologies (p306)
• Cyclic Deformation Characters and Description of the Cast Steel for Chinese Railway Rolling Wagon Bogie Frames
  Published in: Materials and Product Technologies II (p95)
• Damage Modes and Strength Reliability Strategies of Railway Wheel Set
  Published in: Materials and Product Technologies II (p80)
• Determination of the Probabilistic Fatigue S-N Curves Including Super-Long Life Regime for a Railway Axle Steel
  Published in: Materials and Product Technologies (p57)
• Experimental Observations of Dominant Effective Short Fatigue Crack Behavior for Railway LZ50 Axle Steel
  Published in: Materials and Product Technologies II (p54)
• Fatigue Limit Measurement of the Cast Steel for Chinese Railway Rolling Wagon Bogie Frames
  Published in: Materials and Product Technologies II (p121)
• Fatigue Reliability Analysis Including Super Long Life Regime
  Published in: Materials and Product Technologies II (p17)
• Fatigue Reliability Curves for China Railway Grade B Cast Steel Wheel
  Published in: Materials Engineering for Advanced Technologies (p352)
• Fatigue Reliability Research on RD₂ Axle of Railway Freight Car
  Published in: Progresses in Fracture and Strength of Materials and Structures (p62)
• Fatigue S-N Relations of the Cast Steel for Chinese Railway Rolling Wagon Bogie Frames
  Published in: Materials and Product Technologies II (p181)
• Finite Element Analysis on Fatigue Stress History of a Railway Bogie Bolster
  Published in: Materials and Product Technologies (p195)
• Finite Element Analysis on the Fatigue Stresses of a Railway Vehicle Roller Bearing
  Published in: Materials and Product Technologies (p935)
• Hybrid Fatigue Analysis Method for Railway Carbody Structure
  Published in: Materials and Product Technologies (p733)