Design and analysis of grooved heat pipe

Abstract A heat pipe is a conduction program that utilizes both permeability and regime shift concepts to transport effectively between 2 different lines. made up of or tube base fluid. In practice, the poured into mould compatible with cooling media. These devices have found uses in variety fields, including space apparatus, solar energy systems, electronic equipment, air conditioning due their simplicity design ease manufacture maintenance. Thermal performance improvement being major concern our project we researched techniques. The heating surface area has direct impact on transfer. Therefore, focused enhancement by introducing grooves. Alongside also considered using materials for pipe. At end research, are going produce groove structure models analyze them ANSYS software propose best structures highest thermal efficiency applications pipes. This an attempt increase transmission response various material structural changes. Heat improved grooved pipes as well types used