Presentation of the constituent elements of reinforced and prestressed concrete structures, behavioral and calculation/design particularities.
Design and detailing of reinforced concrete slabs (I)
Design and detailing of flat slabs (I)
Design and detailing of reinforced concrete columns (I)
Design and detailing of short corbels
Torsion
Principles of prestressing and prestressing methods (I)
Project
Presentation of the assignment and nominal distribution of project data. Preliminary sizing of elements and evaluation of slab loads.
Static calculation of MEd and VEd in the slab. Reinforcement requirements.
Calculation of the quantity of reinforcement in the slab and its arrangement.
Verification of the slab sketch. Reinforcement schedule.
Slab submission: oral and written assessment of drawings and handwritten calculation notes.
Evaluation of loads on the secondary beam; calculation of MEd and VEd for the secondary beam.
Reinforcement arrangement details.
Verification of the secondary beam sketch. Reinforcement schedule.
Secondary beam submission: oral and written assessment of the drawing and calculation notes.
Static calculation of the frame; reinforcement arrangement based on MEd and VEd; tensile stress/strain diagram; reinforcement details for frame joints.
Torsion.
Verification of the beam and column sketch.
Submission of the main beam and column: oral and written assessment of the drawing and calculation notes.
Submission of remaining drawings
ECTS credits
5
Teaching Language
Română
Exam Language
Română
Support Materials Language
Română
Basic Learning Outcomes
Ability to design, construct, and maintain maritime works.
(F5_CS3 - Basic learning outcome CS3 (related to final LO F5) - CEB - Ability to design, construct, and maintain maritime works.)
Final Learning Outcomes
Ability to analyse, design and assess CIVIL STRUCTURES
(F6 - CEB - Ability to analyse, design and assess CIVIL STRUCTURES )