Determine tube number, diameter, and shell size.

Cooling tower performance and design.

Steady-state and unsteady-state heat flow through walls and pipes.

The solution manual by Donald Q. Kern provides step-by-step calculations for heat exchanger design and thermal analysis. It primarily follows the "Kern Method," a fundamental approach in chemical engineering for calculating shell-and-tube heat exchanger performance. Core Content Areas

Time-dependent heat transfer in batch reactors and tanks. The Kern Design Method

Application of Fourier's Law and Newton's Law of Cooling. Heat Exchanger Equipment

Design of longitudinal fin double-pipe coolers and transverse fin tubes. Phase Change & Special Processes Condensation: Analysis of single and mixed vapors.

The manual corresponds to the chapters in the original textbook, covering fundamental principles and specific industrial apparatus: Fundamental Principles