Applied Mathematics for Engineers

Applied Mathematics for Engineers by T. Hodgson is a two-volume classic in engineering mathematics, published by Chapman & Hall in 1930. Volume I focuses on Graphical Statics (viii + 184 pages), providing a rigorous development of vector equilibrium, force diagrams, moments and the geometry of structures. Volume II addresses Dynamics, with an introduction to the calculus (viii + 294 pages), analyzing motion, force, work, energy, and differential equations applied to engineering problems.

In Volume I, Hodgson explains the geometric and graphical methods engineers of his time used to resolve forces, make structural computations, and design stable systemswithout relying solely on algebraic formulation. The text is paired with illustrative diagrams and problem sets that reflect the pedagogical approach of the early twentieth century. In Volume II, he transitions to motion and change, blending kinematics and kinetics with introductory calculus. The author's clear exposition makes the volume valuable not only for practitioners of Hodgson's era, but also for historians of engineering math.

Applied Mathematics for Engineers remains a significant reference for collectors of vintage technical textbooks, historians of applied mathematics, and engineers interested in the evolution of structural and dynamic analysis. Its age, original publisher, and dual-volume format contribute to its bibliographic and intellectual value. Because it reflects the educational standards and practices of its day, Applied Mathematics for Engineers provides both technical insight and historical perspective.