Have you ever wondered how bridges don’t fall down or how really old buildings stay standing up? In the How Do series, readers are welcome to guess along with the rest of us―and then explore the science behind the right answers. Basic principles of architecture and engineering are explored through diagrams, photos, and informative and engaging text. In How Do Bridges Not Fall Down?, readers will · Different types of bridges and their characteristics · How column and beam structures are supported · Building techniques used in ancient buildings and why they are still standing today · How skyscrapers are built and how they are reinforced · How structures are built based on their geographic location
Jennifer Shand began writing after working with children for many years and after graduating from James Madison University with a degree in Psychology. She is now the author of one middle grade novel, The Last Elf Daughter, and eighteen picture books including the Why Do? series, the How Do? series, the Sounds From the ... series, and fairy tale retellings. The goal of Jennifer's books is to encourage laughter and learning.
Budding engineers and architects and those who are just curious about what makes certain buildings last so long while others crumble or how bridges manage to stay up will love this book while also having their questions answered. Using easy-to-understand text and illustrations, the book poses possible outlandish reasons for these feats of engineering before then dismissing those guesses and revealing the real science behind them. The back matter includes photographs of various bridges, locks, columns and beams, ancient structures, modern skyscrapers that really seem to scrape the sky, and building styles. This one would be a good choice for an elementary or intermediate classroom library. Who knows but that some future builder might not be inspired by the creations in this slim volume?
It was a very basic book. I wish it had more information as I wanted to use it to help teach a class. It’s about other types of engineering other than bridges. It will work for a basic intro to bridges for my bridge unit with my gifted class.