12
May
Physical metallurgy 1
12. 5. 2015, at 10.39, written by NTFThe course provides knowledge necessary for understanding processes of thermal treatment, plastic treatment and mechanisms for hardening of materials with crystal structure. It also provides fundamentals of the theory of solid state physics and characteristics of bonds. Students understand the correlation between electron configuration of elements and allotropic modifications and intermetallic compounds. By learning crystal ... Read more
12
May
Heat and mass transfer
12. 5. 2015, at 10.27, written by NTFGoals: to understand the mechanisms of heat and mass transfer in nature and engineering. Students acquire knowledge for performing complex analyses of the phenomena related to heat and mass transfer as well as skills for independent work, team work and research oriented project work and the use of professional literature and other modern sources of ... Read more
12
May
Practicals in thermodynamics
12. 5. 2015, at 10.09, written by NTFPracticals in thermodynamics is a follow up to the course in Thermodynamics of materials where students practise “in-situ” all major testing methods of thermodynamics and materials kinetics. Students acquire skills for independent work in laboratories and handling experimental and analytical equipment.
12
May
Materials and their properties
12. 5. 2015, at 9.27, written by NTFGoals: acquiring knowledge on classification of materials by their general properties and appearance, internal structure, transport phenomena in materials, mechanical properties and special properties, e.g. piezoelectric effect, shape memory, electro- and magnetocaloric effect, ferro-, ferri- and anti- ferromagnetism, understand the correlation between material structure and its properties and procedures for achieving target properties of material ... Read more
12
May
Chemistry 2
12. 5. 2015, at 9.22, written by NTFGoals: understanding basic chemical principles and properties of elements and compounds for making materials. Acquiring relevant chemistry laws and periodic table of elements; understanding substances and their changes. Topics include: basic concepts of atomic and molecular structure, chemical reactions, thermo-chemistry, chemical bonds and intermolecular forces, behaviour of gases, solids and solutions.
12
May
Goals: acquiring knowledge about fundamental physical laws, understanding theories in physics and ability to use them. The course is based on performing and interpreting experiments with emphasis on learning standard methods for solving problems and acquiring calculation skills. Other topics include: optics, relativity theory and quantum mechanics. The course is fundamental for acquiring other professional ... Read more
12
May
Mathematics 2
12. 5. 2015, at 9.15, written by NTFGoals: acquiring knowledge and skills to use mathematical tools and methods in solving engineering problems. Acquiring basic concepts related to function analysis, derivation, integration and application of mathematical function analysis. During exercises, students practice skills in derivation and integration and solve differential equations. All concepts and methods will be supported by mathematical problems from professional ... Read more
12
May
Practicals in computer science
12. 5. 2015, at 8.49, written by NTFGoals: acquiring knowledge about computers and learning programming techniques to be able to solve simple problems through the use of computers. Course-specific competences include: using Linux and Windows operational systems and MS-Office. Fundamentals of computer programming using C language and fundamentals of object-oriented programming languages. Solving problems by using algorithms. During the course, students perform ... Read more
12
May
Fundamentals of engineering
12. 5. 2015, at 8.43, written by NTFGoal: Students acquire fundamental knowledge necessary for communication with other engineering professions. The topics of the course cover: basic knowledge about technical documentation, basic machine elements, with emphasis on drives and structural devices (machines) for the production of materials, dimensioning basic machine elements with emphasis on the elements important for the quality and stability of ... Read more
12
May
Foundations of mechanics
12. 5. 2015, at 8.30, written by NTFGoals: acquisition of basic knowledge for static analysis of simple frame structures (beams, trusses, ropes). Topics of the course: Setting up a mechanical model for known technical solutions in structures (supports, connections, loads), setting up and solving corresponding equilibrium equations, interpretation of results, acquisition of knowledge for the analysis of simple stress-strain states in the ... Read more