Heat Transfer Lab

Heat Transfer Lab

Technician:Gholamhosein Ahmadi Beni

  • Introduction

Heat Transfer Lab.

Heat transfer laboratory is founded in about 500 square meters in Mechanical Engineering Department. This laboratory has different activities as following; Heat transfer lab as an undergraduate course is taught as a principal and applied course in mechanical engineering department, in which students become familiar with different heat transfer modes like heat conduction (steady and unsteady), heat convection (force and free) and thermal radiation. In addition, combination of these mechanisms and their contribution in heat transfer is studied in different experiments.

 The objective of these experiments includes the command of the theoretical aspect of heat transfer as well as to understand the important role of the experimental studies in heat transfer, which makes the possibility of comparison and analysis of theoretical and experimental results.

Furthermore, doing experiments such as heat conduction, heat exchanger, extended surfaces, thermal radiation, boiling, fluid bed heat transfer, drop-wise and film condensation and thermal coils lead to increase the applied knowledge and experience of students. Based on existing facilities in heat transfer lab, the students are encouraged to perform their task in group during the tests and writing reports. Regard this, twelve computers are applied as an intranet, in which all data gathering and calculations are performed. Considering the extensive facilities in heat transfer lab, students achieve different skills such as team working and obtaining a better understanding about the concept of heat transfer.

 Another important activity of the heat transfer laboratory consists of the supporting BS, MS and Ph.D research Projects; there is a variety of accurate instruments for measuring the temperature, pressure, mass flow rate, velocity and etc, that provide a good facility for different test rigs. Several research sets up have been established by different research groups, for example, the nanofluid heat transfer set up for investigating the forced convection in a pipe and in a coil, the free convection with or without sonication system and the gas solid heat transfer set up.

 As one of the major activities of the heat transfer laboratory, it can be referred to its relation to industry in the fields of energy management and fuel saving, energy consumption auditing, measuring and controlling of the combustion pollutions and measuring the insulation conductivity coefficient up to 1000°C.