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Theoretical and Applied Mechanics

Course Code:
18TEAM
Academic Degree:
master
Study Programme:
Transportation Systems and Technology (N1041A040003)
semesterlanguage
2czech flag
Form of Study:
full-time
Credits:
4
Number of Hours:
2 + 1 hours per week - in full-time study
Type of Course:
obligatory
Course Completion:
credit, exam
Supervisor:
prof. Ing. Ondřej JIROUŠEK, Ph.D.
Course Tutor:
 
roh  Lectures:
prof. Ing. Ondřej Jiroušek, Ph.D.
roh  Training Course:
Ing. Petr Zlámal, Ph.D.
Supervising Department:
Department of Mechanics and Materials (16118)
Keywords:
Plasticity conditions, state of elastoplastic bodies, plastic state bodies, fracture mechanics, stress intensity factor, crack stability, fatigue process
Abstract:
Fundamentals of theory of plasticity. Plasticity conditions. Elastoplastic and plastic states of cross-sections and beams. Reliability and durability of structures. The stress and strain state around a notch. Stress intensity factor. Fracture toughness. Energy methods of linear fracture mechanics. Crack driving force.
Objectives:
Mastering the basics of the theory of plasticity and elasto-plastic structure calculations taking into account plasticity. Knowledge of the principles of fracture mechanics and fatigue processes with computational methods.