TECHNOLOGIES

Optimization of a casting technology with the tools of Magmasoft software package

  • 1 Institute of Metal Science, Equipment and Technology with Hidroaerodinamics Centre "Acad. A. Balevski" - Bulgarian Academy of Science
  • 2 Georgian Technical University (GTU), Faculty of Transportation and Mechanical Engineering, Tbilisi – Georgia

Abstract

The latest version of MAGMASOFT software package – MAGMA6.1 is used to simulate and optimize a casting formation. The alloy AlSi7Mg was used for this purpose. The casting is intended for the production of a wire connector for high voltage power transmission networks. Die casting method is used. The results obtained from the stimulation of pouring and crystallization of the casting are presented. Based on the located defects and the analysis performed, changes of the technology were made, which ultimately ensure the formation of a defect-free and soundness casting.

Keywords

References

  1. Georgiev, G. Evt., MAGMA6.0 – toolkit and capabilities of the latest version of the MAGMASOFT software package, Int. J. for Sci. Technics and Innovations for the Industry, YEAR XVII, Issue 3, ISSN: (Print) 1313-0226, ISSN (Web) 1314-507X, pp. 108-112, (2023)
  2. P. R. Sahm, P. N. Hansen, Numerical Simulation and Modelling of Casting and Solidification Processes for Foundry and Cast-house”, CH-8023, Zurich, CIATF, (1984).
  3. G. E. Georgiev, A. Velikov, B. Krastev, S. I. Popov, S. N. Stanev, R. Yordanova, V. K. Manolov, Investigation of the possibility of determining the thermal conductivity coefficient of A356 foam by mathematical modeling and identification procedure. Journal of Chemical Technology and Metallurgy, 57, 4, 2022, ISSN: (Print) 1314-7471 ISSN: (Online) 1314-7978, pp.847-856. (2022)
  4. G. Evt. Georgiev, Valentin Manolov, Bojko Krastev, Crystallization Study of AlSI7MG-based Foam-Alloy Casting with the Toolkit of Mathematical Modeling, Proceedings of XXIX Int. Sci. Tech. Conf., “FOUNDRY 2024”, 17-19 April, ISSN 2535- 017X(PRINT), ISSN 2535-0188(ONLINE), pp.7-12, Pleven, Bulgaria,(2024).
  5. G. E. Georgiev, A. Velikov, B. Krastev, S. I. Popov, S. N. Stanev, R. Yordanova, V. K. Manolov, Investigation of the possibility of determining the thermal conductivity coefficient of A356 foam by mathematical modeling and identification procedure. Journal of Chemical Technology and Metallurgy, 57, 4, ISSN: (Print) 1314-7471 ISSN: (Online) 1314-7978, pp.847-856. (2022).

Article full text

Download PDF