Guia docente 2022_23
Escuela de Ingeniería Industrial
Grado en Ingeniería Mecánica
 Subjects
  Elasticity and additional topics in resistance of materials
   Contents
Topic Sub-topic
Fundamentals of elasticity Introduction to the theory of elasticity
Stress analysis of elastic solids
Strain
Stress-strain relationships
Two-dimensional elasticity
Criteria of failure based in tensions Saint-Venant’s failure criterion
Tresca’s failure criterion
Von-Mises’ failure criterion
Safety coefficient
Bending Non uniform bending:
Shear stresses. Zhuravski expression
Principal stresses. Stress trajectories
Bending and axial load:
Normal stresses. Neutral axis
Eccentric axial loads
Kern of the cross-section
Beams of different materials
Bending. Statically indeterminate beams General method
Settlements in fixed supports
Continuous beams
Simplifications in symmetric and antisymmetric beams
Torsion Definition
Coulomb’s fundamental theory
Static torque diagrams
Stress and angle of twist
Statically indeterminate problems
Combined loads Definition
Bending and torsion loaded circular shafts
Shear center
Stress and strain calculation in plane-spatial structures
Strain energy and energy methods Strain energy: Axial load/shearing loads/bending/torsion/general expression.
Clapeyron's theorem
Indirect and direct work
Maxwell–Betti Reciprocal Theorem Applications
Castigliano’s theorem. Mohr's integral. Applications


Buckling Introduction
Buckling and stability
Euler’s buckling. Critical load
Buckling effective length
Application limits of Euler’s formula. Real buckling
Eccentric compression of slim columns
Shearing force and critical load
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