Dersin Adı
|
Türkçe |
Termodinamik
|
| İngilizce |
Thermodynamics |
Dersin Kodu
|
UCK 207E |
Kredi |
Ders
(saat/hafta) |
Uygulama
(saat/hafta) |
Labratuvar
(saat/hafta) |
| Dönem |
3
|
3 |
3 |
- |
- |
| Dersin Dili |
İngilizce |
| Dersin Koordinatörü |
Ali Kodal
Ali Kodal
|
| Dersin Amaçları |
Main objective of this course to prepare the students to effectively use the first and the second laws of thermodynamics in every kind of engineering applications.
|
| Dersin Tanımı |
Concepts and definitions. Pure material and P-v-T properties. Work, heat, state and change of state. Quasi-equilibrium processes. Energy transfer by heat, work and mass. The first law of Thermodynamics for closed and open systems. Internal energy, enthalpy and specific heats. The second law of Thermodynamics for closed and open systems. Entropy. Steady-State and Steady-Flow processes. Uniform-State and Uniform-Flow processes. Exergy (availability) and irreversibility. Gas power cycles. Ideal Air-standard cycles. Vapor and combined power cycles. Refrigeration cycles.
|
| Dersin Çıktıları |
The expected outputs of the UCK207E Thermodynamics class of the Aeronautical engineering and the Astronautical engineering departments students are shown below:
1. Understanding of Thermodynamics laws and the concept of material and their properties. (a1,c1,e1,h1,i1,j1,k1)*
2. Understanding of the application of the first law of Thermodynamics, work and heat concepts to the engineering problems. (a3,c2,e3,h2,i2,j1,k2)*
3. Understanding the second law of thermodynamics, principle of entropy and reality of cycles. (a3,c3,e3,f1,h2,i2,j1,k2)*
4. Understanding the principles of availability and work destruction. (a3,c3,e3,h2,i2,j1,k2)*
5. Understanding power cycles, the differences between ideal and real cases, and application basis of these to the engines of aircraft and space vehicles. (a3,c3,e3,h2,i2,j1,k2)*
6. Understanding of the basic principles of steam and combined power systems. (a3,c3,e3,h2,i2,j1,k2)*
7. Understanding of the basic principles of refrigeration systems. (a3,c3,e3,h2,i2,j1,k2)* |
| Önkoşullar |
|
| Gereken Olanaklar |
|
| Diğer |
|
| Ders Kitabı |
The expected outputs of the UCK207E Thermodynamics class of the Aeronautical engineering and the Astronautical engineering departments students are shown below:
1. Understanding of Thermodynamics laws and the concept of material and their properties. (a1,c1,e1,h1,i1,j1,k1)*
2. Understanding of the application of the first law of Thermodynamics, work and heat concepts to the engineering problems. (a3,c2,e3,h2,i2,j1,k2)*
3. Understanding the second law of thermodynamics, principle of entropy and reality of cycles. (a3,c3,e3,f1,h2,i2,j1,k2)*
4. Understanding the principles of availability and work destruction. (a3,c3,e3,h2,i2,j1,k2)*
5. Understanding power cycles, the differences between ideal and real cases, and application basis of these to the engines of aircraft and space vehicles. (a3,c3,e3,h2,i2,j1,k2)*
6. Understanding of the basic principles of steam and combined power systems. (a3,c3,e3,h2,i2,j1,k2)*
7. Understanding of the basic principles of refrigeration systems. (a3,c3,e3,h2,i2,j1,k2)* |
| Diğer Referanslar |
|
|
|