low-cycle fatigue - Globe Thesis

Keyword [low-cycle fatigue] Result: 161 - 180 \| Page: 9 of 10
161.	The Effects Of Zr And Hf Additions On Microstructure And High Temperature Mechanical Properties Of Al-Si-Mg Casting Alloy
162.	Analysis Of The Relationship Between Inhomogeneity Of Metallic Material Deformation And Fatigue Life In Low Cycle
163.	Fatigue Behaviors Of Nanotwinned 316L Austenitic Stainless Steels
164.	Study Of Turned Surface Integrity And Anti-fatigue Turn Processing Technology For GH4169 Super Alloy
165.	Study On The Coupling Characteristics Of Compression Creep And Low Cycle Fatigue Of Cast Aluminum And It's Application
166.	Research On Fatigue Behavior Of High Strength Steel Undermatched Cruciform Welded Joints
167.	Research On Formation And Controlling Factors Of Microstructure Of Dual-phase Steel Under High Cooling Rate
168.	On The Tensile And Low Cycle Fatigue Behaviors Of New Elevated-temperature Structural Materials
169.	Analysis Of The Low Cycle Fatigue Behaviour Of Ductile Metals Based On Inhomogeneous Deformations At Grain Scale
170.	Metal Fatigue Damage Characterization And Life Prediction Method Based On Surface Micromorphology
171.	Low-cycle Faigue Behavior Of Al-7Zn-2Mg-1.5Cu-0.1Zr(-0.2Sc) Deformation Aluminum Alloys At Room And Low Temperatures
172.	Low Cycle Fatigue Behavior Of Ultrafine Grained CP-Zr Processed By ECAP And RS
173.	Low Cycle Fatigue Behavior Of Ultra-fine Grained Pure Titanium Processed By ECAP And Rotary Swaging
174.	Research On The Fracture Behavior Of Weld Mental Based On Micromechanical Damage Models
175.	Tensile And Fatigue Deformation Of Mg-Al Alloy Using Molecular Dynamics Simulations
176.	Study On Heat Treatment Process Optimization And Fatigue Properties Of High-strength Beta Titanium Alloy
177.	Research On Low Cycle Fatigue Properties Of Metastable Austenitic Stainless Steel(S30408) Under Deep Cryogenic Environment
178.	Study On Extremely Low Cycle Fatigue Ductility Fracture Of Q460 Steel And Weld Zone
179.	Study On Low Cycle Fatigue Property And Fatigue Life Prediction Of CT90
180.	Low Cycle Fatigue Properties And Laser Shock Peening Treatment On FV520B Steel
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