It is not only an excellent textbook that is easy to understand with clear illustrations, but also provides a great reference to the relevant ISO standards. Jianshun Jensen Zhang
This is a fantastic book. It is concise, still comprehensive, student-friendly, and at a reasonable level without being drowned in unnecessary complex equations. Mohsen Soleimani Mohseni
The best building physics book I have seen. J.B.J.

• Figure 1.15 (video†)
• The conduction (page 31) (video)
• Figure 2.9 (video)
• Figure 2.12 (video)
• The convection (page 48) (video)
• The radiation (page 53) (video)
• Figure 4.14 (video)
• Figure 5.2 (video)
• Figure 5.5 (video)
• Figure 5.7 (video)
• Figure 5.8 (video)
• Figure 5.9 (video)
• Figure 5.11 (video)
• Figure 5.12 (video)
• Figure 6.1 (video)
• Cylindrical sound wave (page 197) (video†)
• Figure 8.1 (video)

† video was created after the publication of the book.

This addition will prove to be immensely beneficial for users, offering practical insights into real-world projects and applications within the realm of building physics and civil engineering. J.B.J.

• Mollier diagram used in the book (PDF)
• ASHRAE-style chart used in the book (PDF)
• Sun path diagram used in the book (PDF)

Thank you for writing a book that is so easy to understand, yet provides the necessary information in a concise manner. M.K.
The book is not only systematic and professional, but also vivid, combining practical life and scientific principles. Y.Y.

• The conduction (page 21) (video†)
• Figure 2.11 (video)
• Figure 2.14 (video)
• The convection (page 37) (video†)
• The radiation (page 41) (video†)
• Particle movements in diffusion (page 118) (video†)
• Figure 5.2 (video)
• Figure 5.5 (video)
• Figure 5.7 (video†)
• Figure 5.8 (video†)
• Figure 5.9 (video)
• Figure 5.11 (video)
• Figure 5.12 (video†)
• Figure 6.1 (video)
• Figure 8.1 (video†)

† video was created after the publication of the book.