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Computational Mechanics in Transportation

Course Code:
18Y2VC
Academic Degree:
master
Study Programme:
Technology in Transportation and Telecommunications (N 3710)
semesterlanguagestudy field / specialization
2czech flagall study fields
Transportation Systems and Technology (N1041A040003)
semesterlanguage
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Logistics and Transport Processes Control (N1041A040005)
semesterlanguage
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Form of Study:
full-time
Credits:
2
Number of Hours:
2 + 0 hours per week - in full-time study
Type of Course:
elective
Course Completion:
classified credit
Course Tutor:
 
roh  Lectures:
doc. Ing. Radek Kolman, Ph.D.
Supervising Department:
Department of Mechanics and Materials (16118)
Keywords:
Finite Element Method, numerical analyses of structures
Abstract:
Principle of virtual work and variational principles in FEM. Bar shaped, planar and three - dimensional structures in FEM. FEM in statics and in dynamics of transportational systems. Elastic, elastoplastic and viscoelastic material. FEM in problems of biomechanics. Numerical analysis of structural parts with programme ANSYS on instances.
Objectives:
Assumption of bases of the Finite Element Method for analysis of the stress and strain state. Obtaining practical knowledge with computer program ANSYS and ANSYS LS DYNA by analysis of the stress and strain state of segments of traffic vehicles and constructions, interaction vehicles with surroundings.