2. Isometric drawing in technology Working document Linguistic Review 29-09-07

3. Isometric drawing is used to represent a technical object in perspective, in the simplest way. While multi-view orthographic projections allow us to see only a single face at a time, isometric drawing offers the possibility of seeing three faces of the object simultaneously. Isometric drawing

4. Isometric drawing is used to represent a technical object in perspective, in the simplest way. While multi-view orthographic projections allow us to see only a single face at a time, isometric drawing offers the possibility of seeing three faces of the object simultaneously. Isometric drawing

5. The role of isometric drawing in technology For people unfamiliar with technical drawing, isometric drawing is more accessible than multi-view drawing.

6. Isometric drawing The role of isometric drawing in technology For people unfamiliar with technical drawing, isometric drawing is more accessible than multi-view drawing.

7. Isometric drawing The role of isometric drawing in technology For people unfamiliar with technical drawing, isometric drawing is more accessible than multi-view drawing. 1 2 4 3 1 3 4 2 Crank and eccentric

8. Isometric drawing By graphical simulation, isometric drawing allows a better visualisation of the shapes of an object before making a mock-up or prototype. The role of isometric drawing in technology

9. Isometric drawing This form of drawing simplifies communication between the originator and his client. It reduces ambiguities and bad interpretations that can crop up from a two dimensional drawing. The role of isometric drawing in technology

10. The exploded drawing is used to identify components of a whole, the method and order of parts assembly. Isometric drawing 14 2 1 3 4 5 6 7 8 9 10 11 12 13 The exploded drawing

11. Isometric drawing In workshops, the exploded drawing allows replacement parts to be ordered more easily. The exploded drawing

12. STIRLING, Norman. « Éléments de dessin industriel », Montréal, HRW, 1979, 372 p. JENSEN, C.H. « Dessin industriel », Montréal, McGraw-Hill, 1972, 752 p. GIESECKE, Frederick E., MITCHELL, Alva, SPENCER, Henry Cecil, HILL, Ivan Leroy, GYGDON, John Thomas et NGUYEN, Dinh N. « Dessin technique », Montréal, Éditions du Renouveau Pédagogique inc., 1982, 769 p. Bibliography http://www.itedo.com/F/160_2639.php http://www.ac-limoges.fr/sti_si/IMG/pdf/ressource_CI4a.pdf http://www.speidel.ch/spanien/angebot_mongomar/villa_sueno_plan_foto.htm Liens Internet