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Continuum Mechanics
1. Kinematics
2. Governing Equations
2.1. Integral Balance Equations of aaa physical quantities
2.2. Differential Balance Equations of aaa physical quantities
2.3. Differential Balance Equations of ddd physical quantities
2.4. Integral Balance Equations of ddd physical quantities
2.5. Jump conditions
2.6. Integral Balance Equations in reference space
3. Equazioni di stato ed equazioni costitutive
4. Equazioni di bilancio di altre grandezze fisiche
Solid Mechanics
5. Introduction to Solid Mechanics
6. Small displacement - statics
7. Small displacement - Statics - Weak formulation and “energy” theorems
7.1. 3-dimensional solid
7.2. General elastic beam structures
7.3. Isotropic elastic beam structures
8. Waves in linear elastic homogeneous isotropic media
9. Finite element methods for beam structures
10. Beams
10.1. de Saint Venant beam
10.2. Thin-walled beam
10.3. Timoshenko beam
10.4. Bernoulli beam
10.5. Aeronautical beam
10.6. Slender beams
10.7. Problems
11. Modal methods for structural problems
12. Structural damping
Fluid Mechanics
13. Introduction to Fluid Mechanics
14. Statics
15. Constitutive Equations of Fluid Mechanics
16. Governing Equations of Fluid Mechanics
17. Non-dimensional Equations of Fluid Mechanics
18. Incompressible Fluid Mechanics
19. Compressible Fluid Mechanics
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Bernoulli beam
10.4.
Bernoulli beam
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