Influence of Nano Coating on an Exhaust Valve of a Thermal Barrier Coated, Bio-Diesel Fueled CI Engine Kumar E. R. Siva*, Dr. Kumar P. Senthil** *Research Scholar, Department of Mechanical Engineering, Sasurie College of Engineering, Vijayamangalam, India **Assistant Professor, Department of Automobile Engineering, MIT Campus, Anna University, Chennai, India Online published on 2 August, 2016. Abstract The goal of this venture is to design and develop exhaust valve for diesel engine with increased material composition to lower failure on automotive applications. Exhaust valve of internal combustion engines exhaust price performs a crucial role to expel the burned gases out. Nevertheless prolong utilization of this valves will introduce thermal stresses and ultimately reduces its durability. Design of these values also is dependent upon many parameters, like fluid dynamics of exhaust fuel, fatigue strength of valve fabric, oxidization characteristics of valve fabric and exhaust gas, leakage, again pressure, habits of material at excessive temperature, the configuration of the cylinder head, the coolant waft, the form of the exhaust port, and many others. On this work the greatest design and progress of a brand new exhaust valve for Bio-diesel fuelled LHR engine by way of considering that above acknowledged parameters has been applied to beef up the efficiency of the engine. The excessive temperature exhaust gasoline influences the valve material properties and reduces the durability. Top Keywords Nano coating, Exhaust valve, Biodiesel, channelling, optimization. Top |