Substrate constraint and adhesive thickness effects on fracture toughness of adhesive joints

Keyphrases

• Fracture Toughness 100%
• Adhesive Joints 100%
• Adhesive Thickness 100%
• Thickness Effect 100%
• Substrate Constraint 100%
• Fracture Mechanics 42%
• Plastic Zone 42%
• Fracture Process Zone 28%
• Specimen Size Effect 28%
• Adherend 14%
• Fracture Energy 14%
• Fracture Behavior 14%
• Linear Relationship 14%
• Crack Tip 14%
• Energy Measurement 14%
• Boundary Region 14%
• Fracture Properties 14%
• Toughness 14%
• Critical Strain Energy Release Rate 14%
• Concrete Properties 14%
• Joint Specimens 14%
• Material System 14%
• Ligament 14%
• Common Mechanisms 14%
• Bulk Polymers 14%
• Heterogeneous Materials 14%
• Specific Fracture Energy 14%
• Uncracked 14%
• Fracture Model 14%
• Failure Model 14%
• Bulk Metal 14%
• Height Variation 14%
• Joint Failure 14%
• Region Effect 14%
• Essential Work of Fracture 14%
• Thin Adhesive 14%
• Nonlinear-elastic Fracture Mechanics 14%
• Boundary Effect Model 14%

Engineering

• Adhesive Thickness 100%
• Adhesive Joints 100%
• Fracture Strength 100%
• Plastic Zone 42%
• Fracture Mechanics 42%
• Mechanic Model 28%
• Process Zone 28%
• Size Effect 28%
• Fracture Energy 28%
• Material System 14%
• Test Result 14%
• Fracture Behavior 14%
• Boundary Effect 14%
• Crack Tip 14%
• Linear Relationship 14%
• Properties of Concrete 14%
• Boundary Region 14%
• Failure Model 14%
• Fracture Property 14%
• Polymer Specimen 14%
• Critical Strain Energy Release Rate 14%
• Back Face 14%
• Essential Work 14%