Reinforced Concrete Structures II
Code
10447
Academic unit
Faculdade de Ciências e Tecnologia
Department
Departamento de Engenharia Civil
Credits
6.0
Teacher in charge
Valter José da Guia Lúcio
Weekly hours
5
Total hours
70
Teaching language
Português
Subject matter
1. Slabs
1.1. Introdution
1.2. Theory of plates
1.3. slabs suported by beams
1.4. Flat slabs
1.5. experimental test of a flat slab
2. Strut and Tie Method
2.1. Introdution
2.2. Deep beams
2.3. Zones of concentrated loads
2.4. Corbels
2.5. Foundations
3. Prestress
3.1. Introdution
3.2. Prestress systems
3.3. Design of prestress
3.4. Losses of prestress
3.5. Ultimate Limit States
3.6. Serviceability Limit States
3.7. Hiperstatic structures
3.8. Detailing
3.9. Test of prestressed concrete beam
Bibliography
Recomended acquisition documents:
- NP-ENV1991-1:1994 - Eurocódigo 1 – Bases de projecto e acções em estruturas. Parte 1 - Bases de projecto.
- NP-ENV1992-1-1:1991 - Eurocódigo 2 - Projecto de estruturas de betão. Parte 1.1 - Regras gerais e regras para edifícios.
- REBAP - Regulamento de estruturas de betão armado e pré-esforçado, 1983.
- RSA - Regulamento de segurança e acções em estruturas de edifício e pontes, 1983.
- Tabelas Técnicas, J.S. Brasão Farinha e A.C. dos Reis, P.O.B, Setúbal, 1993.
- Cópias dos acetatos das Aulas Teóricas.
Complementary documents
- CEB-FIP Model Code 1990, Comité Euro-International du Béton, Thomas Telford, 1991.
- FIB – Recommendations on Practical Design of Structural Concrete; FIB Commission 3 on Practical Design; Set. 1999.
- FIB – Structural Concrete, Textbook on Behaviour, Design and Performance, Julho de 1999.
- FIP Recommendations for the Design of Post-tensioned Slabs and Foundation Rafts; FIP Working Group on Prestressed Slabs; 1998.
- Leonhardt, F., Construções de Concreto, Vol. 1 a 6, 1983.
- Szilard, Theory and Analysis of Plates, Classical and Numerical Methods. Prentice-Hall, Inc. 1974.
- Arne Hillerborg, Strip Method of Design, Viewpoint Publications, 1975.
- Park, R.; Gamble, W., Reinforced Concrete Slabs, John Wiley, 1980.
- Muttoni, A.; Schwartz, J.; Thurlimann, B., Design and Detailing of Reinforced Concrete Structures Using Stress Fields, Swiss Federal Institute of Technology, Zurich, Switzerland, 1989.
- Nilson, A.H., Design of Prestressed Concrete, 1973.
- Traité de Génie Civil: Dimensionnement des structures en béton: bases et technologie (TGC volume 7) (Miehlbradt Manfred, Walther René), Presses Polytechniques et Universitaires Romandes.
- Traité de Génie Civil : Dimensionnement des structures en béton: aptitude au service, éléments des structures (TGC volume 8) (Charif Hazem, Burdet Olivier, Jaccoud Jean-Paul, Favre Renaud) , Presses Polytechniques et Universitaires Romandes.
Teaching method
Reinforced Concrete structures II has two lectures classes each week, with 1h30m each, and also two problem-solving sessions, also with a duration of 1h30m. The semester has a duration of 14 weeks.
Evaluation method
The evaluation of knowledge has two components: one done by works and classroom participation of the student during the semester and the other by two tests or final exam.
1. Tests
Written tests NE = (1stT + 2ndT)/2, grade = 0 to 20 (≥ 7.5).
2. Exam
Written exam NE, grade = 0 to 20 (≥ 7.5).
3. Works and classroom participation
Problem solving sessions Ac(P) and Lectures Ac(T)
Ac(P) = 0 to 20.
Ac(T) = 0% to 100%.
Ac = Ac(P) x Ac(T) ≥ 7.5
4. Final Grade = 0.8 x NE + 0.2 x Ac
Students with a final grade greater than 16 must do an oral exam.