'Heat' is defined as 'energy in transit from a warmer body to a cooler body'. Since a radiator is at a higher temperature than the surrounding air, energy is transfered from the ratiator to its surroundings by heat transfer. And it's "its", not"it's"! "It's" means "it is".
The ability to transfer heat energy.
That would be the radiator and heater core.
The fan directs air flow through the radiator so heat energy can transfer from the coolant in the radiator into the atmosphere.
To transfer heat from one place to another. In a car it moves engine heat to the outside air. In a house heating system it moves heat into the living space.
The purpose of a radiator is to transfer heat from the engine to the atmosphere, so radiators need to be made of a material with a high heat transfer coefficient. Aluminum has a high heat transfer coefficient. In other words, aluminum conducts heat very well. There are other materials, such as copper, which conduct even better, but aluminum is more economical to use than copper.
Heat transfer occurs whenever two or more objects of different temperatures are in contact with each other. Spilling hot water on yourself causes heat transfer from the water to you. When you drive your car the hot engine and radiator transfer heat to the surrounding air in order to cool the engine.
It shields the rest of the car from the heat of the exhaust or radiator .
Heat is transferred through a radiator primarily by convection. As hot water or steam flows through the radiator, it warms the metal fins of the radiator. The warm metal then heats the surrounding air, which rises and creates a convection current, transferring heat into the room.
It depends what radiator you'd like to know about. If the one in a car the answer is yes. Other types of radiators use convection and radiation types of energy. I hope I helped. :) :) :) :) :)
There are three methods of heat transfer, conduction, convection and radiation. Of these, the two which are important are conduction and convection. Convection is the heat transfer method as cooler air passes between the fins of the radiator, and conduction is the transference of heat from the hot coolant to the metal fins.
car radiator
Objects that are black in color are the most efficient emitters/absorbers of electromagnetic radiation. Heat is infrared (IR) electromagnetic radiation. If the black object is hotter than its surroundings (which a car radiator usually is) it acts as an emitter, if the black object is cooler than its surroundings it acts as an absorber. Thus a hot car radiator that is black will emit IR heat radiation more efficiently than ti would if it was any other color. Thus it will help keep the engine from overheating better than a radiator of any other color.