Master the science of reducing heat in cold storage with practical formulas and clear guidance.
This edition compiles core principles of heat transfer as they apply to insulation for refrigerated spaces. It presents radiation, air contact, and conduction in practical terms, with equations and tables you can use for real-world calculations.
Designed for refrigeration engineers, the book helps you translate theory into numerical estimates, select appropriate materials, and assess heat losses under varying conditions. It emphasizes reliable, repeatable methods for estimating heat flow through walls, pipes, and other components of insulation systems.
- Understand how radiation, air contact, and conduction contribute to heat gain or loss.
- Learn how to apply simple formulas and refined tables for quick estimates.
- Access cross-referenced data to tailor insulation choices to different surfaces and temperatures.
- Explore methods for more precise calculations when needed, with guidance on coefficients and adjustments.
Ideal for refrigeration professionals and students seeking a solid, numbers‑driven foundation in insulation design.