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Mechanics of Constructions

Course Code:
18MECK
Academic Degree:
bachelor
Study Programme:
Technology in Transportation and Telecommunications (B1041A040001)
semesterlanguagestudy field / specialization
4czech flagDOS Transportation Systems and Technology - B-DOS
Form of Study:
full-time
Credits:
3
Number of Hours:
2 + 0 hours per week - in full-time study
Type of Course:
obligatory
Course Completion:
classified credit
Supervisor:
Ing. Petr KOUDELKA, Ph.D.
Course Tutor:
 
roh  Lectures:
Ing. Petr Koudelka, Ph.D.
Ing. Vít Malinovský, Ph.D.
Supervising Department:
Department of Mechanics and Materials (16118)
Keywords:
force and deformation method, mathematical theory of elasticity, Ritz method, finite difference method, steel, design of structures
Abstract:
Energetic solution of elastic beam. Solution of statically indeterminate systems - force and deformation method. Stiffness and compliance matrix of a system. Finite difference method. History and fundamentals of structural design. Characteristics of steel, design of steel structures. Introduction to mathematical theory of elasticity in 3D.
Objectives:
Knowledge of the calculation of statically indeterminate structures. Energetic solution of beams. Fundamentals of mathematical theory of elasticity in 3D. Statics of planar problems using finite difference method. Design of steel structures.