Effects of Ply-level Imperfections and Space Environment on Bistability of Ultrathin Composite Booms

Keyphrases

• Ultrathin 100%
• Imperfection 100%
• Bistability 100%
• Space Environment 100%
• Composite Boom 100%
• Thickness Defect 66%
• Ply Angle 66%
• Classical Lamination Theory 33%
• Thickness Direction 33%
• Tight 33%
• Temperature Gradient 33%
• Helical Structures 33%
• Temperature Variation 33%
• Thermal Effect 33%
• Equilibrium State 33%
• Defect Effect 33%
• Stable Equilibrium 33%
• Strain Energy 33%
• Helicoid 33%
• Bending Moment 33%
• Temperature Difference 33%
• Temperature Conditions 33%
• Bistable Characteristics 33%
• Uniform Temperature 33%
• Tape Measure 33%
• Non-uniform Temperature Distribution 33%
• Ply Thickness 33%
• Lack of Compactness 33%
• Self-deployable 33%
• Composite Tapes 33%
• Antisymmetric Laminate 33%

Engineering

• Thickness Defect 100%
• Ply Angle 100%
• Thickness Direction 50%
• Temperature Condition 50%
• Theoretical Study 50%
• Helical Structure 50%
• Numerical Study 50%
• Stable Equilibrium 50%
• Strain Energy 50%
• Bistables 50%
• Equilibrium State 50%
• Bending Moment 50%
• Classical Lamination Theory 50%
• Laminate Layup 50%
• Ply Thickness 50%
• Antisymmetric Laminate 50%
• Thermal Effect 50%
• Temperature Distribution 50%
• Thermal Gradient 50%
• Temperature Gradient 50%

Material Science

• Composite Material 100%
• Bending Moment 50%
• Spacecraft 50%