Infopaket

Nuclear Materials

ОК8

Обов’язкова дисципліна для ОП

Second

2018/2019

2 Semester

3

1.1 Know the basics of material resistance, elasticity theory, the mechanics of destruction. 2.1 Be able to calculate the stress-deformed state of yaeu elements and pipelines and perform an assessment of their strength and residual resource

Full-time form

- Successful mastering of the basic courses of physics: "Mechanics", "Molecular Physics", "Electricity", "Optics", "Mathematical Physics", special course "Basis of Thermal Hydraulic of Nuclear Reactors". - Be able to solve problems of basic physics courses. - Know the components, purposes and properties of the main NPP systems. - Have basic computer skills to search for information on the Internet.

The purpose of the discipline "Nuclear Materials" is to provide students with: - basic knowledge of physical and mechanical properties of materials used in the design of equipment and pipelines of nuclear power plants (NPP), general methods for calculating stress-strain state (SSS) and assessing its acceptability; - skills of rational choice of materials depending on the operation requirements based on strength, reliability and durability conditions; practical skills of performing of strength calculations. - ability to calculate the stress-strain state of structural elements using standard finite element codes.

1. ANSYS Mechanical User's Guide. Rel. 15.0. / ANSYS Inc. Southpointe, 2013. – 1832 p. 2. Basov K.A.ANSYS in examples and tasks / Under the general.ed.D.G.Kraskovsky. 2002.– 224 p. 3. Yakhno B.O.ABAQUS in problems of mechanics.Kyiv: NTUU "KPI", 2011.– 128 p. 4. Dhondt G. The Finite Element Method for Three-Dimensional Thermomechanical Applications. Hoboken: Wiley, 2004. – 362 p. 5. Kaplun A.B., Morozov E.M., Olferieva M.A.ANSYS in the hands of an engineer: A practical guide. 2003.– 272 p. 6. Chigarev A.V., Kravchuk A.S., Smalyuk A.F.ANSYS for engineers. 2004.– 512 p.. 7. Zrazhevsky G.M., Kepich T.Yu., Kutsenko O.G. Basis of the strength, deformation and fracture. - K.: LOGOS, 2005. - 169p. [In Ukrainian].

Lecture demonstration; individual work; consultations

- semester assessment: Content module 1 1. Oral answer to the task of individual work or answer to questions during the lecture (maximum - 4 points). 2. Performing of laboratory task (independent work) (maximum - 16 points). 3. Modular test - maximum 10 points. Content module 2 1. Oral answer to the task of individual work or answer to questions during the lecture (maximum - 4 points). 2. Performing of laboratory task (independent work) (maximum - 16 points). 3. Colloquium - maximum 10 points. - Final assessment in the form of an exam

Ukrainian