Published Paper Details:

Miniaturized scale diverts are principally utilized in biomedical gadgets and small scale fluidic applications. Creation of Micro channels has consistently been an extreme assignment utilizing regular assembling advances. Different sorts of materials are being used for manufacturing Micro directs in various kinds of utilizations including metals, polymers and pottery. Various strategies are being used for creating various sorts of Micro channels. These procedures incorporate both customary and nonconventional creation systems, for example, smaller scale processing, lithography, decorating procedures and laser removal handling. Due to the high performance of electronic components, the heat generation is increasing dramatically. Heat dissipation becomes a significant issue in efficiency promotion and stable operation. Microchannels are of current interest for use in heat exchangers where very high heat transfer performance is desired. Microchannels provide high heat transfer coefficients because of their small hydraulic diameters. In this study, the design and experimental investigation of fluid flow and heat transfer in a microchannel heat exchanger is conducted. Water and air are used as the working fluids and flowed through microchannels.