Descriptive Geometry: course of lectures = Начертательная геометрия: курс лекций

Содержание книги "Descriptive Geometry: course of lectures "

LECTURE 1. PRINCIPLE CONSIDERATION
1.1. Descriptive geometry defined
1.2. Methods of projection
1.3. Correspondence
1.4. The point in space
Control test
LECTURE 2. LINE PROJECTIONS
2.1. Line projecting on the three projection planes
2.2. Position of a line to the planes of projection
2.3. Traces of a line
2.4. True length of line definition
2.5. Position of lines in space
2.6. Competing points of skew lines
2.7. Right-angle projection
Control test
LECTURE 3. PLANE PROJECTIONS
3.1. Methods of a plane determination
3.2. Plane traces
3.3. Points and lines are contained in plane
3.4. Position of a plane to the coordinate planes
3.5. The principle lines of a plane
3.6. Intersecting planes
3.7. The line and plane
3.8. The line is parallel to plane
3.9. The line and plane are perpendicular
3.10. The planes are parallel
3.11. The planes are perpendicular
Control test
LECTURE 4. DRAWINGS TRANSFORMATION
4.1. The main problems of drawings transformation
4.2. Change of the projection plane
4.3. Methods of rotation
4.3.1. Rabbatement
4.3.2. Rotation around plane traces (or coinciding method)
Control test
LECTURE 5. PLANE SURFACES (POLYHEDRONS)
5.1. Prism and prismoid
5.2. Pyramid
5.3. Intersecting polyhedron and plane
5.4. Intersecting polyhedron and line
5.5. Intersecting of two polyhedrons
Control test
LECTURE 6. DEVELOPMENT OF POLYHEDRONS
6.1. Development by right section determination
6.2. Method of flattening
6.3. Development by triangulation
Control test
TASKS FOR SELF-STUDY
GLOSSARY
LIST OF RECOMMENDED TEXTBOOKS