A Dissertation on the Development of the Science of Mechanics : Being a Study of the Chief Contributions of Its Eminent Masters, With a Critique of the Fundamental Mechanical Concepts, and a Bibliography of the Science; Embodying Research Submitted in Part

A clear, accessible history of how mechanics grew from early ideas to modern science, with ideas you can actually follow.

This edition surveys the development of mechanics as a science, tracing key contributions from the earliest records to the present. It explains how ideas about cause, effect, mass, and motion formed a coherent framework that scientists test against nature.

In approachable language, the book shows why Newton’s ideas mattered, how debates split into different schools, and what modern thinkers imagine for the future of mechanics. It connects mathematical methods, physical concepts, and experimental evidence without getting lost in jargon.

• Learn how measurements, experiments, and logical reasoning built the laws of motion and gravity.
• See how mass, force, and acceleration were clarified and how competing views emerged.
• Explore the shift from geometric to algebraic thinking and the ongoing search for a deeper theory.
• Understand the book’s perspective on future directions, including electron theory and the nature of space and matter.

Ideal for readers of the history of science, physics, and engineering who want a clear narrative of how a foundational field evolved.