Crack Analysis In Structural Concrete: Theory And Applications

Focuses on advanced theories and applications of fracture mechanics in cementitious materials. A central theme is the development and application of the Extended Fictitious Crack Model (EFCM), an advanced computational tool used to simulate complex structural failures. The book thoroughly reviews foundational topics like the Griffith energy theory and the relationships governing fracture energy ($\mathbf{G_F}$) and the tension-softening response of concrete. The EFCM is specifically formulated to handle challenging scenarios such as multiple-crack analysis, the effect of crack interaction, and mixed-mode fracture (involving both opening and shear mechanisms). Practical case studies illustrate the application of these computational methods to real-world structures, including the stability assessment of concrete dams and the crack analysis of tunnel linings using specialized modeling techniques. Finally, the text introduces the accompanying source code and numerical procedures for implementing the EFCM, bridging the gap between theory and practical engineering simulation.

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Crack Analysis In Structural Concrete: Theory And Applications

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