| Explain the basic physical laws of heat transfer, determine the types of heat transfer for given situations and make appropriate approaches, Distinguishes the types of heat transfer from each other. Defines laminar and turbulent flow structures. Solves any heat transfer problem with the principle of conservation of energy. Simplifies complex heat transfer problems, gets quick results analytically and/or makes decisions and makes suggestions about numerical methods and experimental investigations regarding the solution of the problem. Explains heat exchangers and thermal analysis methods. Performs interdisciplinary work by associating heat transfer with other fields. Understands the importance of heat transfer in engineering. |