Module learning outcome data:
Strength of materials
Learning outcome:
Student comprehends the concept of material effort and its measure as well as basic hypotheses of material effort (failure theories): of the maximum normal stress (Gallileo), maximum shear stress (Tresca), maximum energy of distortion (Huber-Mises).
Connections with FLO:
  • IMA1A_W02
    knowledge of physics, including oscillating and wave motion, thermodynamics, optics, electricity and magnetisms and solid state physics, including the knowledge necessary for understanding basic physical phenomena occurring in mechatronic systems and components and their surroundings
  • IMA1A_W08
    well-ordered and theory-based knowledge of technical mechanics necessary for formulating and solving problems in mechatronics
  • IMA1A_W01
    extensive knowledge of mathematics, including algebra, analysis, probabilistic and elements of discrete and applied mathematics, including numerical and mathematical methods, necessary for formulating and solving complex problems in mechatronics