Final Programme as at July 12, 2010

For a specific abstractID search add a pound key sign (#) before the number e.g. #123

 
<< Wednesday, September 1, 2010 Main Overview Friday, September 3, 2010 >>
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Room: HS 01
Room: HS 02
Room: HS 03
Room: HS 04
Room: 201
Room: 204
Room: 301
Room: 401
Room: 403
Room: 405
Thursday
September 2, 2010
Break
Break
Break
19:30 - 22:00 Conference Dinner
A.04.4
Environmentally Enhanced Effects: Hydrogen Induced Effects II
B.05.3
Damage Mechanics: Theoretical Development of Damage Models II
B.04.6
Computational Methods for Fracture Analysis: Multiscale Modelling II
C.04.1
Fracture of Weldments Joints and Adhesives I
A.03.1
Creep Fracture, Creep Fatigue Interaction: Cracks, Creep and Microstructure
A.02.3
Micromechanisms of Fatigue and Fracture: Metallic Materials II
B.01.5
Concepts and Criteria in Fracture Mechanics: Local Approach, Damage
B.06.6
Fracture Mechanics Testing: Procedures to Evaluate Fracture Mechanics Characteristics III
B.11.1
Fracture of Biomaterials I
C.02.1
Structural Integrity Failure analysis Case Studies: Basics Codes
B.04.11
Computational Methods for Fracture Analysis: Miscellaneous
B.04.7
Computational Methods for Fracture Analysis: Interfacial Cracks
A.04.5
Environmentally Enhanced Effects: Hydrogen Induced Effects III
A.02.4
Micromechanisms of Fatigue and Fracture: Metallic Materials III
B.01.6
Concepts and Criteria in Fracture Mechanics: Assessment, Design, Fatigue
B.05.4
Damage Mechanics: Application of Damage Mechanics I
C.04.2
Fracture of Weldments Joints and Adhesives II
C.02.2
Structural Integrity Failure Analysis Case Studies: Application
Plenary Lecture
Plenary Lecture
 


Caption:
 
A - Fundamentals, physics and mechanisms
 
A.01 - Atomistic aspects of fracture
 
A.02 - Micromechanisms of fatigue and fracture
 
A.03 - Creep fracture, creep fatigue interaction
 
A.04 - Environmentally enhanced effects
 
B - Methods, concepts and materials
 
B.01 - Concepts and criteria in fracture mechanics
 
B.02 - High cycle fatigue crack growth (mixed mode, ...
 
B.03 - Low cycle fatigue crack growth
 
B.04 - Computational methods for fracture analyses
 
B.05 - Damage mechanics
 
B.06 - Fracture mechanics testing
 
B.07 - Fracture of ceramics and glass
 
B.08 - Fracture mechanics of polymers and elastomers
 
B.09 - Fracture of smart materials
 
B.10 - Fracture and damage of advanced cementitious ...
 
B.11 - Fracture of Biomaterials (bone, wood,…)
 
C - Applications to components and structures
 
C.01 - Structural durability of components and struc...
 
C.02 - Structural Integrity, Failure analyses case s...
 
C.03 - Failure and Reliability of Micro- and Nanoele...
 
C.04 - Fracture of weldments, joints and adhesives
 
C.05 - Damage and fatigue in aerospace materials and...
 
C.06 - Fracture and damage in geotechnique, rock and...
 
C.07 - Thin films and coatings
 
C.08 - Non-destructive examination and health monito...