On the Milling Process Simulation of an Injection Mold Part

Author:

Miclosina Calin-OctavianORCID,

Abstract

The paper presents the 3-phases milling process simulation of a surface of a polystyrene injection mold, by using CATIA software. The cutting regime parameters are computed and are used, together with other data, as inputs for the simulation process. On the basis of milling process simulation, the software generates the manufacturing program for the NC machine tool.

Publisher

Babes-Bolyai University

Subject

Cell Biology,Developmental Biology,Embryology,Anatomy

Reference12 articles.

1. "[1]Bress T.J., Dowling D.R., Simulations and measurements of in-mold melt flow during the injection molding of polystyrene, Polymer Engineering and Science, 53(4), 2013, pp. 770-779 [2]Cojocaru V., Nedelcu D., Miclosina C.-O., The Parametrical Design of the Parts from the Same Technological Family, Analele Universităţii "Eftimie Murgu" Reşiţa, Fascicula de Inginerie, 15(1), 2008, pp. 113-118.

2. [3]Filip A.-S., Simularea operaţiei de frezare utilizând mediul CATIA / Simu-lation of the Milling Operation by Using the CATIA Environment, EMING 2022 Student Scientific Symposium, May 04-07, 2022, Resita.

3. [4]Filip A.-S., Contribuţii la proiectarea tehnologică asistată şi la fabricaţia pe MUCN a unei matriţe pentru turnarea prin injecţie a maselor plastice / Contributions to the aided technological design and to the manufacturing on CNMT of a mold for injection molding of plastics, Master Thesis, Babeş-Bolyai University, Faculty of Engineering, 2022.

4. [5]Ghionea I.G., Proiectare asistată în Catia V5. Elemente teoretice şi aplicaţii. Editura Bren, Bucuresti, 2007.

5. [6]Ghionea I.G., CATIA V5. Aplicaţii în inginerie mecanică, Editura Bren, Bucuresti,2009.

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