TY - JOUR
AU - 
AB - Heat produced in ICEs is from two sources, thus friction and internal combustion of liquid fossil fuel exclusively in combustion chamber. Cooling system of ICE consists of components assembled to maintain and reduce total heat to manufacturers’ recommended value or range. This cooling system makes use of water in combination with additives as working material that flows through galleries carrying heat away.This cooling system recirculates cooling water through engine block. Only about one – third of this total heat energy is used by automobile motion, whiles the rest flows through tailpipe as exhaust waste. Radiator, coolant, radiator fan, hoses, pump, heater core, temperature knob, temperature control valve, thermostat, coolant tank, temperature gauge and temperature sensors are components of ICE cooling system. Objectively, this research will use method of modeling and simulation as well as factors or variable parameters to improve operating conditions of cooling systems. Thus, there will also be improvement in reduction of heat generation as well as rate of liquid fuel consumption reduction.Therefore, these modeling as well as simulation results will produce graphical trends for conclusions and recommendations. Key words: Coolant; Radiator; Combustion; Automobile; Temperature. INTRODUCTION One – third of total energy produced during internal combustion processes 
TI - Analyzing the Effect of Cooling System on Temperature Using Modeling and Simulation with Reference to ICE Parameters
JF - International Journal of Emerging Trends in Engineering and Development
DO - 10.26808/rs.ed.i7v6.11
DA - 2017-01-01
UR - https://www.deepdyve.com/lp/unpaywall/analyzing-the-effect-of-cooling-system-on-temperature-using-modeling-vngHtzcYPw
DP - DeepDyve
ER -