Welcome to Engineering Mechanics Dynamics.com, a resource site for those studying dynamics. Within engineering mechanics, the study of dynamics is a fundamental building block to a clear understanding of the motion of real-world structures and machines. Dynamics is often the second topic of study (after statics), within the more general discipline of engineering mechanics. It is fundamental (but not limited to) most branches of engineering, including aerospace, aeronautical, civil, electrical, and mechanical engineering.

Prerequisites for studying dynamics include a background in calculus, college-level physics, and statics. In fact, much of engineering dynamics theory is an extension of physics to engineering applications. During the study of dynamics, the student will learn how to apply Newton’s Laws to simple engineering systems. Concepts of rectilinear and angular motion will be applied during the study of particle kinematics.

Determining equations of motion and applying work and energy principles are also important concepts to be learned. Principles of vector mechanics and matrix algebra will be also be used throughout the study of dynamics. Introduction of beginning vibration theory and time response analysis will form the basis for possible further study in mechanics of materials and vibration. Understanding the motion of non-rigid systems will typically round out the study of dynamics at the elementary level.

The resources provided on this site include links to textbooks and other materials by well-known authors in the engineering mechanics arena, including Hibbeler, co-authors Meriam and Kraige, co-authors Bedford and Fowler, and others. These materials are listed below, and search tools are provided to help the visitor find additional study material.