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BULETINUL INSTITUTULUI POLITEHNIC DIN IAŞI - Universitatea ...

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30 Nikolaos Tapoglou and Aristomenis Antoniadis<br />

R E F E R E N C E S<br />

1. D i m i t r i o u V., V i d a k i s N., A n t o n i a d i s A., Advanced Computer Aided<br />

Design Simulation of Gear Hobbing by Means of 3-Dimensional Kinematics<br />

Modeling, ASME J. of Manuf. Science and Eng., 129, 911-918., (2007).<br />

2. D i m i t r i o u V., A n t o n i a d i s A., CAD-based Simulation of the Hobbing<br />

Process for the Manufacturing of Spur and Helical Gears, Int. J. of Advanced<br />

Manuf. Technology, 41, 3-4, 347-357 (2008).<br />

3. F r i d e r i k o s O., Simulation of Chip Formation and Flow in Gear Hobbing Using<br />

the Finite Element Method, Ph.D. Thesis, Aristoteles University of Thessaloniki,<br />

Greece 2008.<br />

4. B o u z a k i s K. D., Konzept und technologishe Grundlagen zur automatisierten<br />

Erstellung optimaler Bearbeitungsdaten beim Waelzfraese, Habilitation, TH<br />

Aachen 1980.<br />

5. G u t m a n n P., Zerspankraftberechnung beim Waelzfraesen, Ph.d. thesis, TH<br />

Aachen, 1988.<br />

6. A n t o n i a d i s A., Determination of the Impact Tool Stresses During Gear<br />

Hobbing and Determination of Cutting Forces During Hobbing of Hardened<br />

Gears, Ph.d. thesis, Aristoteles University of Thessaloniki, 1989.<br />

7. A n t o n i a d i s A., V i d a k i s N., B i l a l i s N., Fatique Fracture Investigation of<br />

Cemented Carbide Tools in Gear Hobbing. Part 1: FEM Modeling of Fly<br />

Hobbing and Computational Interpretation of Experimental Results. ASME J. of<br />

Manuf. Science and Engineering, 124, 4, 784-791, 2002.<br />

8. A n t o n i a d i s A., V i d a k i s N., B i l a l i s N., Fatique Fracture Investigation of<br />

Cemented Carbide Tools in Gear Hobbing. Part 2: The Effect of Cutting<br />

Parameters on the Level of Tool Stresses – A Quantitative Parametric Analysis,<br />

ASME J. of Manufacturing Science and Engineering, 124, 4, 792-798, 2002.<br />

9. B o u z a k i s K., K o m p o g i a n n i s S., A n t o n i a d i s A., V i d a k i s N., Gear<br />

Hobbing Cutting Process Simulation and Tool Wear Prediction Models. ASME<br />

J.of Manuf. Science and Engineering, 124, 1, 42-51 2002.<br />

10. D I N 3972, Bezugsprofile von Verzahnwerkzeugen fuer Evolventenverzahnungen<br />

Nach <strong>DIN</strong> 867“, 1981.<br />

DETERMINAREA PRIN SIMULARE CAD A COMPONENTELOR<br />

FORȚEI DE AȘCHIERE LA FREZAREA DANTURILOR<br />

(Rezumat)<br />

Unul dintre cele mai uzuale procedee de prelucrare a danturilor, în special a celor exterioare,<br />

este frezarea. Optimizarea acestui tip de proces de danturare prezintă la ora actuală o importanță<br />

deosebită în industrie. Lucrarea prezintă un nou program de simulare, numit HOB3D, care<br />

permite simularea procesului de așchiere într-un mediu CAD comercial, cu rezultate optime în<br />

ceea ce privește precizia de prelucrare. Elementele rezultante ale programului de simulare se<br />

referă atât la așchia 3D și la geometria golului dintre dinții frezei, cât și la nivelul forțelor de<br />

așchiere dezvoltate, elemente care au fost validate experimental.

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