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