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Keyword [high temperature low-cycle fatigue]
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1. The Study On High Temperature Low Cycle Fatigue Properties And High Temperature Creep Properties Of GH4169 Alloy
2. Study On Evolution Behavior Of Short Fatigue Crack For Low-cycle At High Temperature Under Complex Stress State Based On Fractal Theory
3. A Study Of Fatigue Meso-mechanical Properties Of A Nickel-based Superalloy By Depth-sensing Indentation Technique
4. Multi-dimensional Stress State Under High Temperature Low Cycle Fatigue Life Prediction
5. Life Prediction Of .gh4145/sq High Temperature Low Cycle Fatigue Properties And Fatigue Parameters
6. Study On High Temperature Low-Cycle Fatigue Behavior For Steels Used In Ultra-Super Critical Boilers
7. Study On Macroscopic And Microscopic Mechanical Behavior Of In-situ TiB2 Particulate Reinforced Aluminum Matrix Composite
8. Effect Of Control Mode On High Temperature Low Cycle Fatigue Behavior Of 9-12% Cr Steel And Cyclic Constitutive Modeling
9. Application Of Multifractal In High Temperature Fatigue Damage
10. Study On The Coupling Characteristics Of Compression Creep And Low Cycle Fatigue Of Cast Aluminum And It's Application
11. Fatigue Damage And Micro-Structure Evolution Mechanism Of High-Strength Concrete Under Low Cycle Compression After High Temperatures
12. High-temperature low-cycle-fatigue and crack-growth behaviors of three superalloys: HASTELLOY X, HAYNES 230, and HAYNES 188
13. HIGH TEMPERATURE LOW CYCLE FATIGUE AND CORRELATION TO CRACK GROWTH RATE IN TWO NICKEL BASE SUPERALLOYS (POWDER, PHASE ANALYSIS, HOLD TIME EFFECT, PREDICTION, OXIDATION)
14. HIGH TEMPERATURE LOW CYCLE FATIGUE OF NICKEL BASE SUPERALLOYS RENE' 95 AND INCONEL 718
15. AN INVESTIGATION OF HIGH TEMPERATURE LOW CYCLE FATIGUE BEHAVIOR OF MATERIALS
16. Microscopic Mechanism And Deformation Model Research Of High Temperature Low Cycle Fatigue Of Sanicro 25 Steel And Welded Joint
17. Study On High Temperature Low Cycle Fatigue Characteristics Of Cr-Mo Steel Pipe
18. Effect Of P On The Low Cycle Fatigue Properties Of GH984G At Elevated Temperature
19. High Temperature Mechanical Properties Of X3CrNiMo13-4 Martensitic Stainless Steel
20. Research On High-temperature Low Cycle Fatigue Performance Of 22Cr15Ni3.5CuNbN Steel
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