Composite structure design of o-rings using material behavior to decrease strain energy and permanent deformation

Physics & Astronomy

• composite structures 89%
• rings 53%
• energy 23%
• flux density 17%
• stress analysis 13%
• softening 10%
• time dependence 10%
• stress distribution 10%
• density distribution 10%
• deflection 10%
• performance 9%
• stiffness 9%
• energy levels 9%
• inclusions 8%

Engineering & Materials Science

• Strain energy 84%
• Composite structures 80%
• O rings 60%
• Seals 20%
• Electron energy levels 8%
• Stress analysis 7%
• Stiffness 4%

Chemical Compounds

• Strain Energy 100%
• Composite Material 39%
• Time 7%
• Strain 6%
• Reduction 4%
• Amount 4%