Applied descriptive geometry
Subtitle: with drafting-room problems
Edition: Fourth edition
Publisher: McGraw-Hill Book Company, Inc.
Published: 1954
Place of publication: New York, USA
Language: eng
Format: Hardcover
Number of pages: 247
Copyright date: 1954
Table of contents: label: Preface
title: iii; title: CHAPTER 1; label: Orthographic Drawing
title: 1; title: Introduction—Change-of-position, or direct, method—Definitions— Folding the image planes—Placing the views—-Distance from the folding line—Notation—Auxiliary elevation views—Inclined views—Additional inclined views—Summary of all possible orthographic views—Related views—Use of folding line—Visualization—Reading orthographic views.; title: CHAPTER 2; label: Fundamental Auxiliary Views
title: 19; title: Necessity for auxiliary views—Four fundamental views—Lines— Bearing—True length of a line—True slope of a line—A line as a point— Planes—A plane as an edge—True slope of a plane—A plane in its true size—Summary.; title: CHAPTER 3; label: Point, Line, and Plane Problems
title: 35; title: Introduction—Theorems—A point on a line—A point on a plane—A line of given length, bearing, and slope—Perpendicular distance from a point to a line—Mathematical method—Plane containing one line and parallel to another line—Shortest distance between any two lines— Shortest level distance between any two lines—Intersection of two planes, one of them appearing as an edge—Line piercing a plane—Intersection of any two oblique planes—Dihedral angle—Line perpendicular to a plane—Plane perpendicular to a line—Projection of a line upon an oblique plane—Angle a line makes with a plane—A plane figure on an oblique plane—A circle on an oblique plane—A solid object resting on an oblique plane—Mining problems—Strike of a vein—Dip of a vein— Line of outcrop—Two nonparallel borehole problems—Faults—Shades and shadows.; title: CHAPTER 4; label: Revolution
title: 73; title: Revolution a combination method—Principles of revolution—Revolution method illustrated—True length of a line—True size of a plane—Dihedral angle—Angle a line makes with a plane—Restricted revolution.; title: CHAPTER 5; label: Concurrent Noncoplanar Forces
title: 82; title: Introduction—Definitions—Solution of coplanar forces—Noncoplanar forces—Thirteen basic principles—Solution of special case—Solution of general case—Solution seeing one unknown as a point—Solution by finding the true size of the plane of two unknowns—Resultant and equilibrant—Other applications.; title: CHAPTER 6; label: Curved Lines and Surfaces
title: 95; title: Introduction—Curved lines—Lines of single curvature—Lines of double curvature—Helix—Curved surfaces—Definitions—Classification—Table II—Cylinder—Representation of a cylinder—Line piercing a cylinder— Plane section of vertical cylinder—Development of surfaces—Development of a cylinder—Oblique cylinder of revolution cut by level plane— Oblique cylinder of revolution cut by frontal plane—Oblique cylinder cut by any oblique plane—Plane tangent to a cylinder—Cone—Representation of a cone—Line piercing a cone—Plane sections of a cone of revolution—Development of a cone of revolution—Development of any cone with vertex available—Development of any cone when the vertex is not available—Plane tangent to a cone—Convolute—Representation of a helical convolute—Development of a helical convolute—Helicoid— Hyperbolic paraboloid—Conoid—Cylindroid—Special cases and limitations—Hyperboloid of revolution of one sheet—Sphere—Location of a point on a sphere—Line piercing a sphere—Plane tangent to a sphere and containing a line—Approximate development of a sphere—Torus, or annulus—Ellipsoid of revolution—Paraboloid of revolution—Hyperboloid of revolution of two sheets—Miscellaneous.; title: CHAPTER 7; label: Intersection of Surfaces
title: 137; title: Introduction—Two plane surfaces—Plane surface and any other surface —Two cylinders with their bases in the same plane—Two cylinders with bases not in the same plane—Two cones with their bases in the same plane—Two cones with bases not in the same plane—Locus of line by two right cones—Cone and cylinder—Sphere method—General procedure.; title: CHAPTER 8; label: Practice Problems
title: 152; title: Group; label: 1.   Three or more ordinary views of an object
title: 152; label: 2.   Auxiliary elevation views of an object
title: 154; label: 3.   Inclined views taken from the front elevation
title: 154; label: 4.   Inclined views taken from auxiliary elevations or other inclined views
title: 154; label: 5.   True length of a line
title: 156; label: 6.   True slope of a line
title: 156; label: 7.   View showing a line as a point
title: 156; label: 8.   Edge view of a plane.    General method
title: 156