Basic Mechanics with Engineering Applications

Foundations of Engineering Mechanics

Basic Mechanics with Engineering Applications gives first-year engineering students a carefully structured introduction to the mechanics that underpins machines, structures, and motion. Written by J. N. Fawcett and J. S. Burdess, it moves from the geometry of motion into the force-based ideas that engineers use every day, always with an eye on real applications rather than abstract theory alone.

The book’s approach is deliberately practical. Concepts are developed rigorously, but the authors keep returning to the engineering meaning of each result, using free-body diagrams, system boundaries, and worked applications to show how the theory behaves in practice.

What the Book Covers

• Kinematics, including motion in a straight line, angular motion, and plane motion
• Newton’s laws and the fundamentals of statics
• Dynamics of particles and rigid bodies
• Work, energy, impulse, and momentum
• Momentum and mass transfer
• Engineering examples involving mechanisms, beams, rotating systems, vibration, and flow

Why It Stands Out

This is not a loose collection of formulas. Each section develops the theory first, then applies it to representative engineering problems, helping readers see why the method matters and how the assumptions shape the answer. That makes it especially useful for students building a solid base in mechanics before moving on to more advanced study.

Ideal For

Students in mechanical engineering and related disciplines, as well as readers who want a disciplined introduction to basic mechanics with strong practical relevance, will find this text especially worthwhile.

Edition Notes

This edition was first published in 1988 and later published by Routledge in 2011, preserving a classic undergraduate mechanics text that remains focused on clear explanation and applied problem-solving.