Basis of design: fundamental requirements, limit states, actions, characteristic and representative values of actions, design values of action, combination of actions, mechanical properties of reinforcing steel and concrete. Structural elements and structural systems of concrete reinforced structures: idealization of the element and the structure, analysis methods for ultimate and serviceability limit states. Section and member design for bending, longitudinal force, shear, torsion, punching and buckling. Applications to slabs, beams, column and foundation elements. Control of cracking and deformation. Details of reinforcement, spacing of bars, concrete covers, minimum and maximum reinforcement percentage, minimum requirements in dimensions of structural members.
- Teacher: Μαρίνος Καττής
ECTS : 5
Language : el
Learning Outcomes : The student acquires the knowledge required to understand the behavior of reinforced concrete structures for the loads they will receive during their lifetime. Based on this knowledge, they can successfully design the structural systems and elements of these structures by performing the necessary analyses.