Books › Structures, or, Why things don't fall down
Structures, or, Why things don't fall down
395 pages
A charming, fireside chat with a brilliant professor that forever changes how you look at bridges, trees, and the chair you're sitting on.
What it feels like
Reading this book feels like being invited into the study of a brilliantly eccentric, endlessly patient professor who is determined to make you see the magic in the mundane. The pace is steady and conversational, never rushing through the complex physics but instead pausing to marvel at the structural integrity of a bat's wing or the catastrophic failure of a suspension bridge. Gordon's prose is infused with a dry, wry humor that makes concepts like tension, compression, and torsion feel not just accessible, but genuinely delightful. The mood is one of constant, illuminating discovery. It is a book for the perpetually curious, offering a deeply satisfying intellectual journey that strips away the mathematical intimidation of engineering and replaces it with a profound, lingering appreciation for the invisible forces holding our physical world together.
- Mood
- intellectually stimulating
- illuminating
- curiosity-driven
- Tone
- wry
- conversational
- erudite
- accessible
- humorous
- Pace
- steady
- Themes
- the hidden architecture of the everyday · elegance of physics · human ingenuity · the beauty of functional design
- The writing
- Witty, conversational, and remarkably lucid, translating complex mathematics into elegant, everyday analogies.
- The arc
- Moves from a state of taking the physical world for granted to a profound, delighted appreciation of the invisible forces holding everything together.
- Who it's for
- Curious minds and armchair engineers who want to understand the physical world without getting bogged down in dense equations.
About the book
Includes bibliographical references (p. [388]-390) and index. Originally published: Harmondsworth: Penguin Books, 1978.
Description from Open Library.
Books like Structures, or, Why things don't fall down
See why they match
Matrixanalysis of framed structuresWilliam Weaver Jr.A rigorous, foundational immersion into the mathematical frameworks that keep our physical world standing.
Principles of materials science and engineeringWilliam Fortune SmithA rigorous, foundational journey into the atomic and macroscopic properties that shape the physical structures of our world.
Failure of materials in mechanical designJ. A. CollinsA rigorous, deeply analytical exploration of how and why physical structures break under pressure.
Structural analysisR. C. HibbelerA rigorous, methodical journey into the invisible forces and mathematical laws that hold the built world together.
Fundamentals of building constructionAllen, Edward and Joseph IanoA comprehensive, deeply grounded exploration of the materials and methods that hold our built world together.
Properties of concreteA. M. NevilleA definitive, deeply grounded exploration of the material that builds the modern world.