This course serves as an introduction to structural analysis and has the following goals: - developing students' ability to model structural systems (ropes, rods, single beams, multiple beams) and determine their equilibrium conditions and internal stress, following the principles of statics of rigid bodies; - allowing students to acquire the methodology necessary to describe the behavior of statically determined elastic systems, including methods for resistance control according to the materials used.
By the end of this course, students will be expected to: - Define the necessary boundary conditions for structural systems to be labile, isostatic or hyperstatic; - Apply the principles of the statics of rigid bodies to calculate boundary reactions within statically determined flat systems; - Quantify the state of internal stress within the above systems and graphically depict it using stress-strain diagrams; - Determine the geometric characteristics of a flat surface (center of gravity, first moment of area, moment of inertia) influencing the state of stress and strain of the structural systems analyzed; - Carry out the required procedures to verify material resistance and for the design of the cross-section of structural elements subject to pressure-bending.
DANILA AITA (President)
ALESSIO AGENO
FEDERICO FOCE (President Substitute)
https://corsi.unige.it/9274/p/studenti-orario
