Titlebook: Design of Reinforced Concrete Sections Under Bending and Axial Forces; Tables and Charts Ac Helena Barros,Joaquim Figueiras,Mário Pimentel

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Introduction,s and axial forces, along with auxiliary design diagrams for stress analysis of the steel and the concrete at section level to verify conformity with serviceability limit states. The tables and charts are auxiliary tools for the design of reinforced and prestressed concrete building elements accordi

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Calculation Methods and Assumptions,orces and bending moments. The solution to this problem requires establishing the equilibrium equations, the compatibility conditions, the adoption of constitutive laws for the materials. The latter are based on Eurocode 2 (EC2) [2] recommendations regarding to the stress–strain relationships for th

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Implementation of Tables and Design Charts,f concrete and steel in cross-sections of the structural members, as well as the reinforcement amount and layout. The tables are applied to rectangular cross-sections subjected to bending moment only, or bending moment and axial force. The design charts consider axial force and bending moment in rec

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Design Charts,tions[2]. The design charts are applicable to the safety verification and design of reinforced concrete rectangular and circular cross-sections. Dedicated charts are provided for both uniaxial and biaxial bending moment with axial force. Concrete classes from C12 to C50 and the steel strength class

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Book 2011egis of the French Society of Cardiovascular Imaging (SFICV). Its goal is to review the different CMR sequences and CT acquisition protocols used to explore cardiac masses, highlighting their diagnostic capabilities. It has been designed as a teaching tool and offers a fully illustrated compendium o