The solution of the single meshing constraint equation for gears with intersecting axes is taken into consideration for gear geometry calculations. mathematical model includes spiral bevel gears for both Gleason and Klingelnberg manufacturing systems. A mathematical model is proposed for spiral bevel gears having circular arc tooth profile, where all geometry calculations are performed using MATLAB software package. This profile will guarantee higher load carrying capacity, higher power transmission efficiency, and longer operating life.
The aim of this paper is to study the spiral bevel gears with new tooth profile, named circular arc. A further aim of this present paper is to bring initiatives to the collaborative environment and to bridge the gap between industry and educational institutions.". Two case studies have been completed, one on the advantages of applying the CAD/CAM system in product development and the second by applying traditional manufacturing. This paper presents the application of new technologies in a product life-cycle, namely the application of an advanced CAD/CAM/CAE system to support the organizational lean manufacturing initiative of SMMEs in Kosovo as a means to achieve world-class performance. In this context, the CAD/CAM/CAE systems play a crucial role in the process of manufacturing and generally in the transition to digital manufacturing, as the basis of a new industrial revolution. As a result of this development, many companies and factories started to loo k for new forms of organizational structure and the implementation of new technologies in their manufacturing process. "The rapid development of new technologies has led to a change in the ways of manufacturing in industrial organizations.
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