Molecular- and domain-level microstructure-dependent material model for nano-segregated polyurea

Keyphrases

• Microstructure 100%
• Polyurea 100%
• Material Model 100%
• Computational Methods 10%
• Design Methodology 10%
• Copolymer 10%
• Computational Tools 10%
• Design Approach 10%
• Survivability 10%
• Chain Segment 10%
• Physically-based 10%
• Nanometer-sized 10%
• Computational Approach 10%
• Synthesis Routes 10%
• Low Glass Transition Temperature 10%
• High Glass Transition Temperature 10%
• Hard Domains 10%
• Mitigation Capacity 10%
• Shock Mitigation 10%
• Soft Matrix 10%
• Field Laboratory 10%
• Matrix Chain 10%
• Mitigation Effect 10%
• Blast Mitigation 10%
• External Coating 10%
• Temperature Matrix 10%
• Temperature Domain 10%
• Synthesis Conditions 10%
• Ballistic Threat 10%
• Ballistic-penetration Resistance 10%
• Coated Structures 10%
• Ballistic Resistance 10%
• Materials by Design 10%
• Nanosegregation 10%

Engineering

• Dependent Material 100%
• Target Structure 25%
• External Coating 25%
• Penetration Resistance 25%
• Mitigation Effect 25%