Master the fundamentals and practical techniques of descriptive geometry.
This comprehensive guide explains how to represent geometric magnitudes with drawings on plane surfaces, using orthographic projections, ground lines, and traces. It also covers how to solve problems visually, make accurate projections, and understand the role of planes, lines, and curves in space.
This edition brings together concepts from the classic two-volume set, offering a streamlined path from first principles to advanced topics. You’ll find clear explanations, step-by-step methods, and a wide range of problems designed to build accuracy and confidence in construction and analysis.
- Foundational topics: projections of points and lines, representation of planes, and revolution of vertical planes.
- Techniques for constructing and analyzing curves, tangents, and various surfaces, including developable and nondevelopable forms.
- Intersections, developments, and methods for solving complex spatial relations with auxiliary planes.
- Extensive problem sets for practice, covering both theoretical concepts and practical applications in design and drawing.
Ideal for students, engineers, and drafters who need reliable methods for visualizing and solving spatial problems using descriptive geometry.