Entropy as a Tangible Conception: An Elementary Treatise on the Physical Aspects of Heat, Entropy, and Thermal Inertia
This book offers a practical, down-to-earth look at heat and entropy aimed at designers, students, and engineers. It presents a tangible interpretation of heat quantities and phenomena, avoiding heavy mathematics while keeping the core ideas clear and usable.
Designed for real-world understanding, the work builds a concrete picture of thermal concepts using charts and diagrams. It emphasizes how heat, work, and thermal inertia relate in everyday engineering problems, with guidance you can apply to reading charts, assessing changes, and planning experiments.
- A straightforward, non-mathematical approach to heat, entropy, and thermal inertia.
- Hands-on discussion of added heat, adiabatic conditions, and how charts represent these ideas.
- Explanations of how to interpret thermal processes in engines, boilers, and other systems.
- Practical grounding in reading and using thermal charts for design and analysis.
Ideal for readers who want a clear, usable introduction to thermodynamics concepts and their engineering applications. It is well suited to engineers, designers, and students seeking a solid, approachable foundation.