Based primarily on Eurocode 2, this book offers a comprehensive exploration of theory alongside a substantial collection of solved examples. Intended for students and professionals specializing in structural engineering, the content delves into the fundamental aspects of designing and evaluating concrete structures.
Based primarily on Eurocode 2, this book offers a comprehensive exploration of theory alongside a substantial collection of solved examples. Intended for students and professionals specializing in structural engineering, the content delves into the fundamental aspects of designing and evaluating concrete structures.
Enrique Hernández-Montes is a Professor in the School of Civil Engineering at the University of Granada, Spain. With nearly three decades of experience, he has been dedicated to research and teaching Structural Engineering courses. He is a member of the Spanish National group for Eurocode 2. Additionally, he has provided consultancy services for renowned engineering firms like Prointec and ERSI-Group, contributing his expertise to several globally recognized projects. Luisa María Gil-Martín is a Professor in the School of Civil Engineering at the University of Granada, Spain. With an extensive research and teaching history spanning nearly 30 years, she specializes in instructing Structural Engineering courses. She is a member of the Spanish National group for Eurocode 3.
Inhaltsangabe
1. Principles. 2. The Limit State Design Method. 3. Material Properties. Annex 3A. Confinement and Concrete Softening. Annex 3B. Tension Stiffening of Concrete and Embedded Bar Models. 4. Prestressing Force. 5. Structural Analysis. Annex 5A. Matrix Formulation of Geomtric Non-Linearity. 6. Reinforcing Design of D-Regions. 7. Bending. 8. Shear. 9. Torsion. 10. Membranes, Shells and Slabs. 11. Cracking and Deformation. 12. Design of Prestressed Elements. 13. Statically Indeterminate Structures. 14. Corrosion of Steel in Concrete and Inspection of Concrete Structures. 15. Assessment of Residual Capacity in Concrete Structures.
1. Principles. 2. The Limit State Design Method. 3. Material Properties. Annex 3A. Confinement and Concrete Softening. Annex 3B. Tension Stiffening of Concrete and Embedded Bar Models. 4. Prestressing Force. 5. Structural Analysis. Annex 5A. Matrix Formulation of Geomtric Non-Linearity. 6. Reinforcing Design of D-Regions. 7. Bending. 8. Shear. 9. Torsion. 10. Membranes, Shells and Slabs. 11. Cracking and Deformation. 12. Design of Prestressed Elements. 13. Statically Indeterminate Structures. 14. Corrosion of Steel in Concrete and Inspection of Concrete Structures. 15. Assessment of Residual Capacity in Concrete Structures.
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