Phase field modeling of rubber-reinforced concrete: A mesoscale finite element approach

Key Points

• Mechanical behavior is optimized through phase field modeling and finite element approaches, enhancing concrete performance.
• The study reveals significant improvements in durability and flexibility of rubber-reinforced concrete across various load conditions.
• Analysis utilizes a mesoscale finite element approach to accurately simulate the interactions and properties of materials involved.
• Findings indicate potential for innovative applications in civil engineering and material science, encouraging further development.