Structural Mechanics, Elasticity, Strength of Materials

Ability to design, construction and operation of industrial plants. Knowledge of construction, building, facilities, infrastructure and urban planning in the field of industrial engineering. Knowledge and skills for the analysis and design of structures. Knowledge and application of technical rules of industrial structures

Topic 0. Previous fundamentals concepts 1. Equilibrium 2. Types of support 3. Statically indetermination degree 4. Force laws Topic 1. Analysis of procedures 1. Calculation of movements 2. Energy theorems 3. Principle of superposition 4. Symmetry and antisymmetry 5. Thermal Loads Topic 2. Frames 1. Calculation of efforts in frames 2. Calculation of movement in frames 3. Analysis of non statically undetermined frames 4. Thermal loads and rerrors in executions Topic 3. Reticulated structures 1. Approach and objectives 2. Concept of non-traslational or translational structures 3. Methods of resolution 4. Archs Topic 4. Matrix calculus 1. Calculation hypothesis 2. Calculation Methods 3. Phases of matrix analysis 4. Loads in bars 5. Symmetry and aanti-symmetric

Lectures, classes resolve doubts in small groups, student presentations, individual tutorials and personal work, including study, tests and examinations; aimed at the acquisition of theoretical knowledge.