“Rolling Wheels” explores the fascinating history and mechanics of the wheel, a seemingly simple invention that has profoundly shaped civilization. The book delves into how wheels revolutionized transportation, from the earliest carts to modern automobiles and trains, highlighting their role as crucial labor-saving devices. It examines the mechanical principles that allow wheels to efficiently reduce friction and enable motion, illustrating how applied physics has driven innovation for millennia. The book uniquely integrates historical context with mechanical analysis, presenting the wheel not just as a machine, but as a cultural artifact. It begins by introducing the basic mechanics involved, then progresses through specific applications, such as bicycles, cars, and trains, examining the engineering principles behind each. “Rolling Wheels” also explores how the development of wheels intersects with advancements in materials science and has influenced trade routes and cultural exchange. The book argues that the wheel is a cornerstone of technological progress, adapted and refined to meet evolving human needs. By using case studies and historical records, the book demonstrates the wheel's versatility and lasting impact, making complex concepts accessible to a broad audience interested in mechanical engineering and history.
