Exhaust Temperatures

Heat Energy Distribution

Cooling System Essential Components

Thermostat;
Details & Purposes

Coolant;
Purpose & Additives

Coolant Pump;
Details

Cooling fan;
Purpose & Details

Radiator;
Purpose & Types

Heater Core;
Purpose

Gas moving machines (with flow characteristics)

Horsepower;
Water and Brake

Pump Operating Point

Head increases due to...

Pressure Loss increases due to...

Increasing Pump RPM causes...

Cavitation in a Pump

To avoid Cavitation

Sizing a Pump;
Needed information

Boiling vs. Evaporation

When inner tube wall temperature > critical flux temperature...

To reach required flow rate...

Thermostat Curves

Radiator;
Design & Considerations

Types of Extended Surfaces

How to Improve Duty of a Radiator

Materials of a Radiator

Rating vs. Sizing

How to improve heater transfer coefficient of the coolant ('h'i)

Assumptions made in Radiator Calculations

Dimples in Tubes

Air Side Boundary Layer

Heat Exchangers;
Required for Fin Density

Vehicle to Radiator Air Velocity

Purpose of Engine Cooling System

Air Conditioning Components;
Major

Air Conditioning Components;
Minor

Radiator Model Temperature Guidelines

Viscous Coupling

Condenser and Evaporator

A/C compressor;
Purpose & Operating Point

Expansion Valve;
Purpose & Details

Scroll & Piston Compressor;
Displacements (ie. Fixed, Variable, Variable Capacity Scroll), Details

Vehicle Operating Conditions;
2 major operating curves & How to size the radiator

Transmission;
Heat loss of Oil, Slip

Conditioned Air

Thermal Comfort;
Definition

Thermal Comfort;
Influencing Factors

Air Management System;
Sections

Air Conditioning System;
Cooling Capacity

Coolant Flow Schematic