EVOLUTION IN TECHNICAL DRAWING FOR MECHANICAL PRODUCTS

Authors

  • George Gherghina University of Craiova
  • Dragos Tutunea University of Craiova
  • Dragos Popa University of Craiova

Keywords:

computer graphics, technical drawing, digital mock-up, digital design

Abstract

Hand drawing and representation of various images engraved in stones or physical models built to scale come from the beginning of the human kind. The history of civilization presents many forms of representations based on the human imaginations. Nowadays the engineers create a technique to draw and design ideas by rules in ISO standards. If at the beginning of the last century the creation of industrial technical drawings was realized by crayon with very original results, in present, the computer aided threedimensional design is widespread and introduced in digital mock-up processes. The integrated 3D-CAD design is used since the early automotive development processes. This paper presents the use of 3D modeling and analysis of automotive components to reduce cost and time in the concept phase of development.

Downloads

Download data is not yet available.

Author Biographies

George Gherghina, University of Craiova

Prof at Department of Vehicles Transportation and Industrial Engineering

Dragos Tutunea, University of Craiova

Lecturer at Department of Vehicles Transportation and Industrial Engineering

Dragos Popa, University of Craiova

Assist Prof at Department of Vehicles Transportation and Industrial Engineering

References

Martins JA, Freire EJ, Romão EC. (2013). An

Unpretentious View of Technical Drawings –

Historic Evolution (Managerial Approach), Ind Eng

Manage,

available at: https://www.omicsgroup.org/journals,

Accessed: 2017-01-15.

David E. Weisberg. (2008). Chapter 2, A Brief

Overview of the History of CAD,

available at: https://www.cadhistory.net/,

Accessed: 2017-01-15.

Sibois, R., Salminena, K., Siukoa, M., Mattilab, J.,

Maatta, T. (2013). Enhancement of the use of digital

mock-ups in the verification and validation process

for ITER remote handling systems, Fusion

Engineering and Design 88 pp. 2190– 2193.

Yannick B., Bertrand, R., Caillaud, E. (2013). A

roadmap for parametric CAD efficiency in the

automotive industry, Computer-Aided Design 45

pp. 1198–1214.

Danesi, F., Gardan, N., Gardan, Y. (2006).

Collaborative design: from concept to application.

In: Geometric modeling and imaging new trends,

London, pp. 90–96.

Enge-Rosenblatt, O., Clau, C., Schneider, A.,

Schneider, P. (2012). Functional Digital Mock-up

and the Functional Mock-up Interface – Two

Complementary Approaches for a Comprehensive

Investigation of Heterogeneous Systems

Technology (ECT'12), pp. 1-22.

Rein Have, Martin van den Toorn. (2012). The role

of hand drawing in basic design education in the

digital

age, International Conference on Engineering and

Mathematics, ENMA, pp. 72- 80.

Mario Hirz, Hirschberg Wolfgang, Dietrich Wilhelm,

Integrated Methods 3D-CAD Design in Early

Automotive Development Processes.

available at: https://www. researchgate.net/,

Accessed: 2017-01-15.

Tutunea D., Gherghina G., Popa D., Dima A.(2016).

Desen tehnic si Infografica, Note de curs si aplicatii

de laborator (in Rumanian), Publishing House

Universitaria, Craiova, ISBN 978-606-14-1109-2.

Gunter, W., Emmerich Schiller. (2005). Digital

Planning Validation in automotive industry,

Computers in Industry 56 pp. 393–405,

available at: https://www.deepdyve.com/,

Accessed: 2017-01-15.

. LMI Technology, A Simple Guide To

Understanding 3D Scanning Technologies, First

Edition,

available at www.lmi3D.com, accessed 2016 -04).

Downloads

Published

2017-05-25

Issue

Section

Theoretical Geometry and Graphics Section

Most read articles by the same author(s)