肖懈蟹懈泻邪 谐芯褉械薪懈褟 懈 胁蟹褉褘胁邪
袥械泻褑懈褟 1 - 袙胁械写械薪懈械
袥械泻褑懈褟 2
袥械泻褑懈褟 3
袥械泻褑懈褟 4
袥械泻褑懈褟 5
袥械泻褑懈褟 6
袥械泻褑懈褟 7
袥械泻褑懈褟 8
袥械泻褑懈褟 9
袥械泻褑懈褟 10
袣芯屑锌褜褞褌械褉薪芯械 屑芯写械谢懈褉芯胁邪薪懈械 褌械褏薪懈褔械褋泻懈褏 蟹邪写邪褔
袥械泻褑懈褟 1
莹谢褕械褍 薪訖褌懈卸械谢械褉褨薪褨遥 邪薪褘覜褌邪谢屑邪覔邪薪写褘覔褘薪 斜邪覔邪谢邪褍
袣萤锌泻芯屑锌芯薪械薪褌褌褨泻 谐邪蟹 泻芯褋锌邪褋褘薪写邪覔褘 写懈褎褎褍蟹懈褟谢褘泻 褌冶褉邪泻褋褘蟹写褘覜
袘邪蟹褘 写邪薪薪褘褏 懈 褝泻褋锌械褉褌薪褘械 褋懈褋褌械屑褘
袥械泻褑懈褟 11
袥械泻褑懈褟 12
袥械泻褑懈褟 13
袥械泻褑懈褟 14
袥械泻褑懈褟 15
3D 屑芯写械谢懈褉芯胁邪薪懈械 褎懈蟹懈褔械褋泻懈褏 锌褉芯褑械褋褋芯胁
袥械泻褑懈褟 1.1
袥械泻褑懈褟 12-13
孝械褔械薪懈械 胁褟蟹泻芯泄 卸懈写泻芯褋褌懈
袥械泻褑懈褟 16
袥械泻褑懈褟 17
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
袦械褏邪薪懈泻邪
1 写訖褉褨褋 1 写訖褉褨褋_袦械褏邪薪懈泻邪.pptx
2 写訖褉褨褋 2 写訖褉褨褋_袦械褏邪薪懈泻邪.pptx
3 写訖褉褨褋 3 写訖褉褨褋_袦械褏邪薪懈泻邪.pptx
4 写訖褉褨褋 4 写訖褉褨褋_袦械褏邪薪懈泻邪.pptx
5 写訖褉褨褋 5 写訖褉褨褋_袦械褏邪薪懈泻邪.pptx
6 写訖褉褨褋 6 写訖褉褨褋_袦械褏邪薪懈泻邪.pptx
7 写訖褉褨褋 7 写訖褉褨褋_袦械褏邪薪懈泻邪.pptx
8 写訖褉褨褋 8 写訖褉褨褋_袦械褏邪薪懈泻邪.pptx
9 写訖褉褨褋 9 写訖褉褨褋_袦械褏邪薪懈泻邪.pptx
10 写訖褉褨褋 10 写訖褉褨褋_袦械褏邪薪懈泻邪.pptx
11 写訖褉褨褋 11 写訖褉褨褋_袦械褏邪薪懈泻邪.pptx
12 写訖褉褨褋 12 写訖褉褨褋_袦械褏邪薪懈泻邪.pptx
13 写訖褉褨褋 13 写訖褉褨褋_袦械褏邪薪懈泻邪.pptx
14 写訖褉褨褋 14 写訖褉褨褋_袦械褏邪薪懈泻邪.pptx
15 写訖褉褨褋 15 写訖褉褨褋_袦械褏邪薪懈泻邪.pptx
袣芯薪胁械泻褌懈胁褌褨 卸褘谢褍邪谢屑邪褋褍
1 写訖褉褨褋 1 写訖褉褨褋 褋谢邪泄写
2 写訖褉褨褋 2 写訖褉褨褋 褋谢邪泄写
3 写訖褉褨褋 3 写訖褉褨褋 褋谢邪泄写
4 写訖褉褨褋 4 写訖褉褨褋 褋谢邪泄写
5 写訖褉褨褋 5 写訖褉褨褋 褋谢邪泄写
6 写訖褉褨褋 6 写訖褉褨褋 褋谢邪泄写
7 写訖褉褨褋 7 写訖褉褨褋 褋谢邪泄写
8 写訖褉褨褋 8 写訖褉褨褋 褋谢邪泄写
9 写訖褉褨褋 9 写訖褉褨褋 褋谢邪泄写
10 写訖褉褨褋 10 写訖褉褨褋 褋谢邪泄写
袙胁械写械薪懈械 胁 芯褑械薪泻褍 薪械芯锌褉械写械谢械薪薪芯褋褌懈 懈蟹屑械褉械薪懈泄
袥械泻褑懈褟 1 袩褉械蟹械薪褌邪褑懈褟 谢械泻褑懈懈 1
袥械泻褑懈褟 2 袩褉械蟹械薪褌邪褑懈褟 谢械泻褑懈懈 2
袥械泻褑懈褟 3 袩褉械蟹械薪褌邪褑懈褟 谢械泻褑懈懈 3
袥械泻褑懈褟 4 袩褉械蟹械薪褌邪褑懈褟 谢械泻褑懈懈 4
袥械泻褑懈褟 5 袩褉械蟹械薪褌邪褑懈褟 谢械泻褑懈懈 5
袥械泻褑懈褟 6 袩褉械蟹械薪褌邪褑懈褟 谢械泻褑懈懈 6
袥械泻褑懈褟 7 袩褉械蟹械薪褌邪褑懈褟 谢械泻褑懈懈 7
袥械泻褑懈褟 8 袩褉械蟹械薪褌邪褑懈褟 谢械泻褑懈懈 8
袥械泻褑懈褟 9 袩褉械蟹械薪褌邪褑懈褟 谢械泻褑懈懈 9
袥械泻褑懈褟 10 袩褉械蟹械薪褌邪褑懈褟 谢械泻褑懈懈 10
袨褋薪芯胁褘 邪褝褉芯写懈薪邪屑懈泻懈 胁械褌褉芯褌褍褉斜懈薪
袩芯胁褌芯褉薪芯械 懈褋锌芯谢褜蟹芯胁邪薪懈械 芯褌褏芯写芯胁
袥械泻褑懈褟 1 袥械泻褑懈褟 1 (锌褉械蟹械薪褌邪褑懈褟)
袥械泻褑懈褟 2 袥械泻褑懈褟 2 (锌褉械蟹械薪褌邪褑懈褟)
袥械泻褑懈褟 3 袥械泻褑懈褟 3 (锌褉械蟹械薪褌邪褑懈褟)
袥械泻褑懈褟 4 袥械泻褑懈褟 4 (锌褉械蟹械薪褌邪褑懈褟)
袥械泻褑懈褟 5 袥械泻褑懈褟 5 (锌褉械蟹械薪褌邪褑懈褟)
袥械泻褑懈褟 6 袥械泻褑懈褟 6 (锌褉械蟹械薪褌邪褑懈褟)
袥械泻褑懈褟 7 袥械泻褑懈褟 7 (锌褉械蟹械薪褌邪褑懈褟)
袥械泻褑懈褟 8 袥械泻褑懈褟 8 (锌褉械蟹械薪褌邪褑懈褟)
袥械泻褑懈褟 9 袥械泻褑懈褟 9 (锌褉械蟹械薪褌邪褑懈褟)
袥械泻褑懈褟 10 袥械泻褑懈褟 10 (锌褉械蟹械薪褌邪褑懈褟)
Farabi
Farabi