• History of liquid cooled aircraft engines
• Back Ground on Air Cooled Aircraft Piston Engines Pros&Cons
• Review of basic physical principals and history
• Heat balance
• Heat energy thrown away
• Horse power per cubic inch
• Heat transfer principles
• Rate of heat dissipation as a function of combustion chamber area
• The heavy duty Mazda rotary engine
• Rate of heat transfer
• Electric coolant pumps
• Catastrophic cooling failure
• Introduction to heat exchangers
• Kays & London Introduction
• Thick verses thin heat exchangers
• Improvements in heat exchangers
• Practical limits on the dimensions of heat exchangers
• Cross counter flow heat exchangers
• Getting the air to flow through the heat exchanger
• Designing a low drag cooling system
• The Kuchemann & Weber trumpet shaped diffuser
• Kays & London wedge shaped diffuser

• Quick and simple cooling system
• P51 style aft mounted heat exchangers
• Under the engine mounted heat exchangers inside the cowl • Side mounted heat exchangers
• The exit duct or the back side of the heat exchanger
• Cowl flaps
• Cowl flap drag
• Cowl Flap Case Study
• Thermostat
• NACA Scoops
• External diffusion
• Exhaust Augmenters
• The All Important Cooling System Plumbing Fabrication Details
• Coolant
• Coolant Boiling and Freezing Points
• Radiator cap
• Radiator Cap Valves
• Coolant recovery system
• Oil to water heat exchangers
• Cooling system pressure gage
• Teflon encapsulated silicone O rings
• Modifying the water jacket for better metal cooling
• Inadvertently Running the engine without coolant
• Testing and developing your cooling system in the air
• Air Flow Measuring Tools