Soil Mechanics

Objectives

Available soon

General characterization

Code

3827

Credits

6.0

Responsible teacher

Armando Manuel Sequeira Nunes Antão, Maria Teresa Teles Grilo Santana

Hours

Weekly - 5

Total - 79

Teaching language

Português

Prerequisites

Available soon

Bibliography

- Folhas da disciplina Mecânica dos Solos, FCT, UNL, 2017.
 
- Mecânica dos Solos -Vol. 1, M. Matos Fernandes, FEUP
- An Introduction to the Mechanics of Soils and Foundations, John Atkinson, 2000.
- Soil Mechanics and Foundations, Muni Budhu, John Wiley and Sons, Inc. New Jersey,

Teaching method

Classes are essentially theoretical-practical. In each class, the theoretical concepts necessary for the resolution and discussion of practical problems are explained. Some of these problems are solved with the explanation of their solution, others will be selected for the students to solve during classes, encouraging a formative work in searching solutions, in dialogue with the teacher. Other exercices will be the subject of homework, constituting an autonomous study.

The laboratory classes intend to complement the learning of the subjects: Proctor and edometric.

Evaluation method

Evaluatio

Two tests or final exam.

Subject matter

1. Basic properties of soils: basic concepts; soil model for physical concepts.

2. Compaction of soils: fundamental concepts; compaction curves; water in compaction; laboratory and field compaction; experimental landfills.

3. Vertical geostatic stresses; principle of effective stresses; earth pressure and coefficient at rest; stratified soils.

4. Seepage in porous media; Bernoulli equation; Darcy''''s law; coefficient of permeability; equivalent coefficient of permeability in stratified media; stresses in soils under seepage; bi-dimensional seepage.

5. Soil compressibility; drained and undrained behavior; edometer test; settlement calculation; time-dependent behavior; Terzaghi''''s theory of consolidation. 

6. Deformability and strength of soils; laboratory tests; behavior under isotropic and oedometer loading; critical state; peak states; critical state models; undrained shear strength; triaxial tests.

Programs

Programs where the course is taught: