The New Science of Strong Materials

The New Science of Strong Materials examines how everyday materials like wood, metal, concrete and plastic function at a molecular level. Through scientific analysis and engineering principles, Gordon explores why materials fail and how they can be made stronger. The book connects materials science to real-world applications and historical developments, from ancient construction techniques to modern aircraft design. Examples include investigations of collapsed bridges, innovations in metallurgy, and advances in polymer science. Each chapter builds technical understanding while remaining accessible to readers without specialized scientific knowledge. Gordon includes diagrams, formulas, and experimental data to illustrate key concepts. The text serves as both an introduction to materials science and a meditation on humanity's relationship with the physical world. By examining the properties of materials, Gordon reveals how scientific understanding shapes technological progress and civilization itself.

Readers describe this as an engaging introduction to materials science that explains complex concepts through clear analogies and examples from everyday life. Many note the author's dry British humor and storytelling ability make technical topics accessible to non-engineers. Liked: - Explains failure analysis through real historical examples - Links abstract concepts to practical applications - Written for general readers without oversimplifying - Historical context and engineering stories maintain interest Disliked: - Some technical sections remain challenging for complete beginners - A few dated references and examples from the 1960s - Math explanations could be more thorough - Imperial units used throughout Ratings: Goodreads: 4.2/5 (483 ratings) Amazon: 4.5/5 (89 ratings) "Made me look at everyday objects in a completely new way" - Goodreads reviewer "The bicycle spokes example finally helped me understand tension and compression" - Amazon reviewer "Like having an entertaining professor explain materials over tea" - LibraryThing review

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🔬 The author, J.E. Gordon, pioneered research in materials science during WWII while working on wooden aircraft design at the Royal Aircraft Establishment in Farnborough. 🏗️ The book explains complex engineering concepts through everyday examples, like why a split in a wooden beam can reduce its strength by up to 95%, even though only 5% of the wood is missing. 📚 First published in 1968, this book has become a classic text in materials science and has been translated into multiple languages, influencing generations of engineers and scientists. 🌳 Gordon's explanations of why giant redwood trees don't collapse under their own weight helped revolutionize understanding of biological materials and their structural properties. 🔗 The book was one of the first to effectively bridge the gap between engineering principles and biological structures, showing how nature has solved many of the same problems that challenge modern engineers.