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AN INTEGRATED APPROACH TO DESIGN AND ANALYZE UNPROTECTED TYPE FLANGE COUPLING | ||
| AL-TAQANI | ||
| Article 1, Volume 18, Issue 2, 2005, Pages 133-145 | ||
| Authors | ||
| Baraa M.H. Al-Bagh; Wissam K. Hamdan; Hussam L.A. Al-Mamori | ||
| Abstract | ||
| Most of mechanical CAD software provides mechanical drafting and design, which involves a variety of different types of drawings. All these drawings require coordinate–geometric data and descriptive data. The objective of this work is to establish software programs for designing, visualizing and analyzing of unprotected type flange coupling as a mechanical element of wide range of applications. The approach includes: (a) Data base of some carbon and alloy steel (used in manufacturing of flanges) with some of their corresponding mechanical properties, (b) Software program for the generation of geometric data of the flange coupling components (flange, hub, bolts and key set), (c) Data exchange file (DXF) for converting the calculated geometric data to a well known AutoCAD system for the purpose of visualization, (d) Model analysis by finite element method using MATLAB programming system to show the robust and weakness regions, and (e) A graphical user interface (GUI) to versatile and elegance the process | ||
| Keywords | ||
| CAE; CAD; DXF; Mechanical design | ||
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