All Stories

  1. Effect of Fiber Direction and Stress Ratio on Fatigue Property in Carbon Fiber Reinforced Epoxy Composites
  2. Method of Detecting Unexpected Load Leading to Crack Growth Acceleration
  3. Low cycle fatigue damage and critical crack length affecting loss of fracture ductility
  4. Improvement of fatigue crack growth
  5. Method of arresting crack growth for application at a narrow working space
  6. Role of Small Cracks for Discussion of Fatigue Damage in Low Cycle Fatigue of Metals
  7. FATIGUE BEHAVIOR AND THE RELATIONSHIP BETWEEN CRACK PROPAGATION AND THE SLIT CONFIGURATION OF C/C COMPOSITES
  8. Applying a Method of Arresting Crack Growth on an Initiated Crack in a Production Facility; Experimental Results on Temporary Repairs
  9. Improvement of Fatigue Crack Growth Behavior in the Case of the Cracked Specimen with Relatively Narrow Width
  10. IMPROVEMENT OF FATIGUE LIFE OF A HOLED SPECIMEN OF ALUMINUM-ALLOY 2024-T3 BY INDENTATION AND HOLE EXPANSION
  11. Improving the fatigue strength of a multiple hole specimen by applying additional holes or notches
  12. Hole Expansion by Using Al-Alloy Specimen and 0.45% Carbon Steel Specimen