Abstarct: Axial flux machines because of its unique advantages, have in recent years taken into consideration. Including single-phase axial flux induction machine, these machines can be noted. Recently usability of this machine as an alternative to single-phase induction machines, cylindrical and universal machines, household appliances, air conditioning and cooling homes, the attention of related industries. This approach axial flux machines of special features such as compact structure and adjustable air gap after the creation process and the assembly is due. More recently, a limited number of domestic companies to import this type of machine or possibly copies of them. In this type of business activity or production necessary attention to a very old technology used in this machine is not imported. design offers the possibility of reform. On the other hand studies or published in axial flux induction machines, especially the single phase is very limited and rare. Therefore, the need to develop design algorithms and modeling techniques to analyze the performance of this type of machine can not be denied. The motivation of this thesis is a single-phase axial flux induction motor, the production company Nirootahvieh, which is notable application in air conditioning systems, performance is evaluated. Yield, including tests, measurements and modeling of steady state and transient simulation by using the finite element method is conventional and numerical modeling. Then try to design algorithms will be presented with a minimum of physical and structural changes may be, the engine has been re-designed and reform is essential.