Publication of educational and scientefic materials, presentations in PDF format on the web-resources of KazNU

Болегенова С.А.

Физика горения и взрыва

Лекция 1 - Введение

Лекция 2

Компьютерное моделирование технических задач

Асембаева М.К.

Өлшеу нәтижелерінің анықталмағандығын бағалау

Көпкомпоненттік газ коспасындағы диффузиялык тұраксыздық

.Сариева А.К.

Жылу физикасындағы инженерлік есептеу әдістері

Березовская И.Э.

Базы данных и экспертные системы

Максимов В.Ю.

3D моделирование физических процессов

Течение вязкой жидкости

Бекалай Н.Қ.

Метрология, стандартизация, сертификация

Лекция 1

Лекция 2

Лекция 3

Kalassov Nurdaulet

Alternative Energy

Lecture 1. Current state of energy resources

Lecture 2. Problems of using energy resources

Lecture 3. Conversion of solar energy into heat

Lecture 4. Solar power plants

Lecture 5. Calculation of parameters of autonomous solar power plants

Lecture 6. Theory of wind energy utilization

Lecture 7. Wind power plants

Lecture 8. Use of geothermal energy

Lecture 9. Use of hydrosphere energy

Lecture 10. Energy potential of secondary energy resources

Environmental Assessment of Thermal Objects

Lecture 1. Energy and the environment

Lecture 2. Legislative framework of the environmental policy of the Republic of Kazakhstan

Lecture 3. Basic principles of the Law of the Republic of Kazakhstan “On Environmental Protection”

Lecture 4. Environmental expertise

Lecture 5. Efficient use of fuel

Lecture 6. Reduction of sulfur oxide emissions into the atmosphere

Lecture 7. Methods for reducing nitrogen and carbon oxide emissions

Lecture 8. Dispersion of industrial emissions in the atmosphere

Lecture 9. Efficient use of water.

Lecture 10. Calculation of pollutant emissions during fuel combustion in boiler plants

Optimization of Technological Processes

Lecture 1. Modeling and types of models

Lecture 2. Types of mathematical models and stages of their development

Lecture 3. Formulation of the mathematical description of an object

Lecture 4. Modeling of mechanical processes

Lecture 5. Modeling of hydromechanical processes

Lecture 6. Goals and objectives of optimization and formulation of optimization problems

Lecture 7. Characteristics of methods for solving optimization problems

Lecture 8. Formulation of the linear programming problem

Lecture 9. Experimental–statistical optimization

Lecture 10. Basics of working in the CAE system ANSYS Fluent for analyzing liquid and gas flows