fracture prediction - Globe Thesis

Keyword [fracture prediction] Result: 1 - 18 \| Page: 1 of 1
1.	Study On Fracture Prediction Of Building Steel Joints Using Micromechanical GTN Model
2.	Fracture Research Of Q235B Circular Steel Based On Micromechanical Damage Models
3.	Parameters Sensitivity Analysis And Steel Joints Research’s Application Of GTN Model
4.	Eccentric Tension And Compression Hysteretic Behavior Research Of Circle Tubular Steel Members Based On Micromechanical Fracture Prediction Theory
5.	Parameter Calibrations And Application Of Micromechanics Fracture Models Of Q235B Steel
6.	Research On Application Of Micro-mechanism Based Fracture Theory In Fracture Prediction Analysis Of High-strength Steel And Structures
7.	Ductile Fracture Prediction Of Steel Frame Connections Under Equal Amplitude Cyclic Loading With Large Displacement
8.	The Study Of Failure Mode And Fracture Prediction For Beam-to-column Connections Under Ultra-low Cycle Fatigue Loads
9.	Experimental Study On Hysteretic Behavior Of Circle Tubular Steel Members Under Variable Axial Loads And Cyclic Lateral Displacement
10.	Experimental And Theoretical Analysis On Seismic Behavior Of Corroded Steel Frame Joints In Acidic Atmosphere
11.	Study On Micromechanical Fracture Criteria Of G20Mn5QT And Its Applications To Fracture Prediction Of Connections
12.	Prediction Of Forming Fracture Of Aluminum Alloy Sheet Based On Uncoupled Ductile Fracture Criterion
13.	Research On Biaxial Loading Of Welded Hollow Spherical Joint Based On Q460 High Strength Steel
14.	Damage Parameters Identification And Joints Application Of Q345B Steel Based On GTN Model
15.	Research On Constitutive Microscopic Damage Model And Parameter Calibration Of Building Steels And Welds
16.	Research On Low-cycle Fatigue Performance Of X-shaped Intersecting Circular Steel Pipe Joints Under Strong Earthquakes
17.	Research On Ultra-low Cycle Fatigue Fracture Of X-shaped Round Steel Pipe Intersecting Joints Based On Micro-mechanism
18.	Research And Verification Of Structural Steel Micro-fracture Model SWDM-Pro Considering The Influence Of Loading History
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