16mm Filmography
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True Length, Grade And Bearing Of Line Segments

Presents a lecture by Professor A S Levens of the department of mechanical engineering, University of California, Berkeley. Explains the fundamental principles of orthogonal projection and their application to the analysis and solution of space problems arising in various fields of engineering. Examines true length by use of an auxiliary view and by rotation, defines grade and bearing of a line and solves several problems. (Kinescope).

More in Engineering Graphics and Conceptual Design Series

  1. Developments 1965
  2. Fundamental Principles Of Orthogonal Projection 1967
  3. Fundamentals Of Orthogonal Projection - Angle Problems 1967
  4. Fundamentals Of Orthogonal Projection - Developments 1967
  5. Fundamentals Of Orthogonal Projection - Fundamental Principles Of Orthogonal Projectuon 1967
  6. Fundamentals Of Orthogonal Projection - Intersecting, Skew, Parallel And 1967
  7. Fundamentals Of Orthogonal Projection - Intersections, Pt 1 1967
  8. Fundamentals Of Orthogonal Projection - Intersections, Pt 2 1967
  9. Fundamentals Of Orthogonal Projection - Point View Of A Line And Applications 1967
  10. Fundamentals Of Orthogonal Projection - True Length, Grade And Bearing Of Line Segments 1967
  11. Fundamentals Of Orthogonal Projection - True Shape Of Plane Surfaces 1967
  12. Fundamentals Of Orthogonal Projection - Visibility 1967
  13. Point View Of A Line And Applications 1967
  14. True Length, Grade And Bearing Of Line Segments 1967
  15. True Shape Of Plane Surfaces 1967
  16. Vector Quantities And Vector Diagrams 1967
  17. Visibility 1967
  18. Fundamentals Of Orthogonal Projection - Vector Quantities And Vector Diagrams 1971

Sources

  1. 16mm Filmography (legacy record) — title, year, creator, format, sound, description, catalog record

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