ENGINEERING FACULTY / MECHANICAL ENGINEERING / MAK4094 - THERMODYNAMICS LABORATORY

GENERAL INFORMATION ABOUT THE COURSE

           
Course Code Semester   Course Type   Course Level   Course Language
     
  
Course Title Theoretical Practical ECTS
Turkish Name of the Course
Course Coordinator E Mail
Assistant Staff of the Course E Mail
Course Objective
Brief Content of the Course
Prerequisites

Course Objectives
 
Course Objectives 
1be able to know basic knowledge about air conditioning and psychrometric chart.
2be able to know the behaviour of ideal gases theoretical and experimental.
3be able to determine the heat transfer coefficient.
4be able to know the heat exchangers types and about its calculations.
5After the completion of this course students will
6be able to classify new and renewable energy sources.
7be able to know the historical development of wind energy use.
8be able to classify the wind turbines.
9be able to know using the wind as an energy source.
10be able to know the wind characteristics.
11be able to use the statistical methods in determining the source.
12be able to determine the potential for wind energy.
13be able to know aerodynamics of horizontal-axis turbines.
14be able to know the wind turbine performance curves.
15be able to design the horizontal-axis wind turbine.
16be able to know the control of the wind turbines.
17be able to know the installation of wind turbines and wind power plants.
18be able to know wind energy applications.
19be able to calculate the installation and energy cost.
20After the completion of this course students will
21be able to classify new and renewable energy sources.
22be able to know the historical development of wind energy use.
23be able to classify the wind turbines.
24be able to know using the wind as an energy source.
25be able to know the wind characteristics.
26be able to use the statistical methods in determining the source.
27be able to determine the potential for wind energy.
28be able to know aerodynamics of horizontal-axis turbines.
29be able to know the wind turbine performance curves.
30be able to design the horizontal-axis wind turbine.
31be able to know the control of the wind turbines.
32be able to know the installation of wind turbines and wind power plants.
33be able to know wind energy applications.
34be able to calculate the installation and energy cost.
 
Course Category
Course Category Percentage