Mechanical fatigue - Globe Thesis

Keyword [Mechanical fatigue] Result: 1 - 20 \| Page: 1 of 2
1.	Evaluation Of Thermo-mechanical Fatigue Life Of 20g Under Complex Stress State
2.	The Behaviors Of γ-TiAl Alloy Under Thermal Fatigue And Dead-load Thermo-mechanical Fatigue
3.	Research On The Mechanical Fatigue Performance Of Glass Fibre Reinforced Plastic
4.	Coupled Thermo-Mechanical Finite Element Analysis And Fatigue Life Calculation Of The Roller Of Liquid Core Heavy Reduction Mill
5.	Analysis Of Roll's Temperature And Stress Field In The Hot Rolling Process
6.	Cycle Stress Analysis And Fatigue Life Prediction Of Hot Forging Die
7.	The Thermal-Mechanical Fatigue Analysis On Hot-forging Die For Engine Air Valves
8.	Performance Analysis And Mechanical Fatigue Determination Of 40Cr By Different Conditions Of Nitrogen/Water Spray Quenching
9.	Research On Failure Behavior Of BGA Solder Interconnections Under Fatique Loading
10.	Understanding The Fatigue Behavior Of WC-Co Based Cemented Carbide And Stress Analysis Method
11.	Analysis Of Working Roll’s Fatigue Life In The4300mm Heavy Plate Mill
12.	Low Cycle Fatigue And Thermo-mechanical Fatigue Behaviors From 600? To 950? In Heat-resistant Austenitic Cast Steels For Automobile Application
13.	3-dimensional Numerical Study On TGO Undulation Of Thermal Barrier Coatings Under Thermo-mechanical Fatigue Loading
14.	Thermal Cycle And Thermal Mechanical Fatigue Properties Of Thermal Barrier Coating Deposited By Electron Spark Deposition And EB-PVD
15.	Analysis And Research On Influencing Factors Of Sucking Rods In Ultra-deep Wells In Tahe Oilfield
16.	Numberical Study Of TGO Rumpling Behavior In Thermal Barrier Coatings Under Thermomechanical Fatigue:Comparison Of Different Models
17.	Finite Element Analysis And Structural Optimization Of Supporting System Of Steam Tube Rotary Dryer
18.	Study On Fatigue And Fracture Behavior Of Cobalt-based Superalloy
19.	Research On Early Warning Method Of Thermal Mechanical Fatigue Damage Of Coke Drum
20.	Microstructure, mechanical behavior, and clinical trade-offs in ultra-high molecular weight polyethylene for total joint replacement
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