Effects of magnetic field on alloys of Cu and Al

Energy requirement is increasing day by day with population growth and developing technology in the world. Energy resources and environmental problems caused by energy are among the issues on today's world energy agenda. Rapid depletion of fossil fuel reserves will increase use of alternative energy sources. Heat is also a necessary type of energy. In this study, experimental studies were carried out by setting a mechanism that includes N35 neodymium magnet, paramagnetic and diamagnetic material such as copper and aluminum alloys to obtain heat from motion energy efficiently. In the experiments performed, the materials exposed to the variable magnetic field were observed to be heated by the Lenz and Faraday laws, which are the basic laws of magnetism, and the Eddy Currents formed by them. Optimum parameters have been determined by changing the speed, the distance between the magnet and the material, and the shape of the magnet array. As a result, it has been understood that the method is an alternative and economical system that can be used for heating copper and aluminum materials. In this regard, it is intended to assist in the works to be done in the future.