Fatigue Crack Growth - Globe Thesis

Keyword [Fatigue Crack Growth] Result: 181 - 200 \| Page: 10 of 10
181.	Microstructure And Bending Fracture Behavior Of 75kg/m Heavy Rail Steel
182.	Mechanism Of The Fatigue Crack Behavior Of 7N01-T6 Aluminum Alloy In Different Dust Environments
183.	Study On Microstructure And Mechanical Properties Of Al-Cu-Mg-Ag Alloys With Various Cu Contents
184.	Microstructure And Fatigue Crack Growth Behavior Of Ti-6Al-4V Alloy Fabricated Via Laser Melting Deposition
185.	Research On Fatigue Crack Growth Mechanism Of Damaged Steel Tubes
186.	Porosity And Mechanical Properties Of Inconel 718 Superalloy Produced By Selective Laser Melting
187.	Research On Mechanical Properties And Thermal Fatigue Properties Of New H13 Steel
188.	Research On Effects Of Grain Boundary Feature On The Pre-corroded Fatigue Crack Growth Behavior Of AA2099 Al-Li Alloy
189.	Random Fatigue Crack Growth Analysis And Life Prediction Of Structures With Defects
190.	Study On Propagation Behavior And Model Of Short Fatigue Crack In Nickel-based Alloy Inconel 690
191.	Fracture Toughness And Fatigue Crack Growth Rate Of TC4 Titanium Alloy In Simulated Body Fluid
192.	Effect Of Heat Treatment On Fracture Toughness Of 3D Printed TC4 Titanium Alloy
193.	Research On Fatigue Propagation And Remaining Life Of Mixed-Mode Cracks Under Sliding Friction
194.	Effects Of Alloying Elements On Fracture Behavior Of A7N01S-T5 Aluminum Alloy Used In High Speed Trains
195.	The Research On Fatigue Crack Growth Process Of Aluminum Alloy Material Based On Elastic-Plastic Mechanics
196.	Effect Of Microstructure On Fracture Toughness And Fatigue Crack Growth Rate Of TC4 Titanium Alloy
197.	Effect Of Long-term Aging On Tensile Deformation And Fatigue Crack Growth Behavior Of GH4742 Superalloy
198.	Study On Corrosion Fatigue Crack Propagation Of Maraging Steel
199.	Research On Residual Life Of Crack Propagation Of Orthotropic Plate Under Combined Action Of Corrosion And Fatigue
200.	Study On Fatigue Crack Growth Behavior Of Industrial Components By Laser Melting Deposition
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