4 ECTS; 3º Ano, 1º Semestre, 30,0 T + 30,0 PL , Cód. 908938.
Lecturer
- Cristina Margarida Rodrigues Costa (1)
(1) Docente Responsável
(2) Docente que lecciona
Prerequisites
N.A.
Objectives
Students should become familiar with the common construction techniques in resistant masonry, timber roofs and pavements; acquire the skills to apply previous knowledge of structural engineering and applicable regulations for the design of this structures.
Program
1. Masonry structures: Types and performance of structural systems. Physical and mechanical properties of materials. Design for ultimate limit states. Global stability of masonry structures. Serviceability limit states. Constructive provisions.
2. Wood structures: Types and performance of structural systems. Physical and mechanical properties of materials. Design for ultimate limit states. Structural connections. Serviceability limit states. Constructive provisions.
3. Design of composite wood-concrete floors.
4. Design for different material connections.
Evaluation Methodology
Assessment consists of a written exam(70% of the final mark) of a theoretical-practical nature worth 20 grade points, with the minimum pass mark of 9 grade points, and a practical assignment worth 20 grade points (30% of the final mark).
Bibliography
- Faria, A. e Negrão, J. (2009). Projecto de Estruturas de Madeira. : Publindústria
- Lourenço, P. Manual de Dimensionamento Estrutural.. : APICER
- Ogden, R. e Henley, R. (1996). Connections between steel and other materials. Berkshire, UK: SCI
Regulamentos: RSA, EC1, EC5, EC6 e EC8.. -: Várias
Teaching Method
Theoretical-practical lessons include presentation of theoretical considerations and discussion of practical issues. Practical lessons include tasks such as analysis and dimensioning of real-world examples.
Software used in class
N.A.
