2. Aim and objective
Introduction
Materials and Equipment
Designs
How it works?
Management
3. Aim:
is designed to stay out of the action until the engine is warmed
up.
Objective:
To remove excess heat from the engine.
To keeps the engine operating at most efficient temperature.
To get the engine up to the correct temperature after starting.
4. A cooling system is necessary in any internal combustion
engine. If no cooling system were provided, parts would melt
from the heat of the burning fuel, and the pistons would
expand so they could not move in the cylinders.
5. A Water Pump
Hoses
Perspex Glass
Thermostat
Heat Exchanger
Heater Core
6.
7. Water cooled engines have passages for the liquid through the
cylinder block and head.
The coolant has to have indirect contact with engine parts.
Running through the passages in the engine heats the coolant
and going through the radiator cools it.
After getting cool in the radiator, the coolant comes back
through the engine. It continues as long as the engine is
running, with the coolant absorbing and removing the engine's
heat, and the radiator cooling the coolant.
A cooling system pressure tester is used to check the pressure
in the cooling system.
8. Budget:
-$500 above
Time:
-3 months (including trial and error)
Workforce:
-5 people or more
