Details

Title

Effect of Microwave Heating on Moulding Sand Properties with Gypsum Binder

Journal title

Archives of Foundry Engineering

Yearbook

2017

Volume

vol. 17

Numer

No 3

Publication authors

Keywords

Foundry industry ; Materials and Foundry Technology ; Microwave heating ; Gypsum ; Binding material

Divisions of PAS

Nauki Techniczne

Publisher

The Katowice Branch of the Polish Academy of Sciences

Date

2017

Type

Artykuły / Articles

Identifier

ISSN 2299-2944

References

(null), null, 25, 89. ; Stachowicz (2014), Granat Possibilities of reclamation microwave - hardened molding sands with water glass of and, Archives Metallurgy Materials, 16, 757. ; Blajerska (null), Influence of physico - chemical properties of sand grains of molding sand heating in microwave on electrical properties deciding efficiency of process Unpublished engineering thesis Wroclaw University of Science and Technology in Polish, null, 23, 2015. ; Blajerska (2016), Determination of the possible applicability of microwave in production of casting plaster mould Unpublished master thesis University of Technology in Polish, Science, 22. ; Dolina Nidy (2013), company catalog Juli Technical data sheet Retrieved Januar fromhttp www dolina nidy com pl images stories pdf gb pdf, null, 24. ; Znamenskij (2002), ultrasonic degassing the gipsum sands in investment casting, Vacuum, 26. ; Perzyk (1995), Laboratory exercises with foundry in Polish, null, 21. ; Wrocław (2007), Granat Laboratory of Foundry in Polish, null, 20. ; Stachowicz (2012), Granat Measurement of bending strength as a method for evaluating binder quality on the example of water - glass masses of Foundry in Polish, Archives Engineering, 17, 175. ; (2009), null, 13279. ; Dobiejewska (1989), Examination of molding and core materials in Polish, null, 28. ; Lewandowski (1991), Molding core materials in Polish, null, 27. ; Stachowicz (2010), Granat Effect of hardening method and structure of linking bridges on strength of water glass moulding sands of Foundry, Archives Engineering, 18, 141. ; Stachowicz (2010), Granat Application of microwaves for innovative hardening of environment - friendly water - glass moulding sands used in manufacture of cast - steel castings of Civil and Mechanical, Archives Engineering, 15, 209. ; Sakwa (1981), Materials for molds and foundry cores in Polish, null, 30. ; Hosadyna (2009), St The diffusion of sulphur from moulding sand to cast and methods of its elimination of Foundry, Archives Engineering, 11, 73. ; Lewandowski (1997), Materials for moulds Scientific Publishing in Polish, null, 26. ; Akerman (1964), Gypsum anhydrite in Polish, null. ; Pigiel (2006), Use of microwave energy in foundry processes of Foundry in Polish, Archives, 14, 443. ; Chłądzyński (2006), Gypsum and gypsum products in European standards in Polish, null, 6, 42. ; Lewandowski (1971), Molding materials in Polish, null, 29. ; Bobby (2014), preliminary investigation of gypsum bonded moulds by three dimensional printing of Research in, International Journal Engineering, 14, 501. ; Wiedenmann (2014), Local microwave heating of sand molds as a means to overcome design limitations in sand mold casting Advances in, Radio Science, 13, 12. ; Banaszak (2013), Microwave drying of ceramic masses Materiały ceramiczne in Polish, null, 19, 180. ; Fukami (null), Synthesis Structure Thermal Properties of Single Crystals of Chemistry, International Journal, 4, 2015. ; Borkowska (1973), forming minerals in Polish, null, 1.

DOI

10.1515/afe-2017-0098

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