高強度鋼筋混凝土結構系統之先進分析與設計技術研究-高強度鋼筋混凝土結構疲勞特性之研究(子計畫六)(I)

Engineering

1. Stress Range 100%
2. Reinforced Concrete Structure 100%
3. Fatigue Behavior 100%
4. Fatigue Design 100%
5. Load Stage 50%
6. Cyclic Fatigue Loading 50%
7. Material Form 50%
8. S-N Curve 50%
9. Design Parameter 50%
10. Steel Rebar 50%
11. Lifecycle 50%
12. Steel Reinforcement 50%
13. Service Load 50%
14. Fatigue Life 50%
15. Seismic Design 50%
16. Fatigue Cycle 50%
17. Test Result 50%
18. Design Code 50%
19. Modulus of Elasticity 50%
20. Reinforced Concrete 50%
21. Yield Point 50%

Keyphrases

1. High-strength Reinforced Concrete 100%
2. Fatigue Characteristics 100%
3. Reinforced Concrete Structures 100%
4. New RC 100%
5. RC Beam 45%
6. Fatigue Design 18%
7. Stress Range 18%
8. Draft Fan 9%
9. Material Forming 9%
10. Steel Rebar 9%
11. Minor's Rule 9%
12. RC Bridges 9%
13. Effective Stiffness 9%
14. Multiple Stressors 9%
15. Fatigue Load 9%
16. ACI 318-19 9%
17. RC T-beams 9%
18. New Construction Material 9%
19. Yield Strength 9%
20. Taiwan 9%
21. High-tech 9%
22. Design Codes 9%
23. Fatigue Cycles 9%
24. Concrete Deterioration 9%
25. Seismic Design 9%
26. Seashore 9%
27. Concrete Fatigue 9%
28. Service Load 9%
29. Screw 9%
30. Fatigue Behavior 9%
31. Steel Reinforcement 9%
32. Design Parameters 9%
33. Reinforced Concrete 9%
34. Cyclic Fatigue 9%
35. RC Structures 9%
36. Fatigue Life Cycle 9%
37. Elastic Modulus 9%
38. S-N Curve 9%