Foundry Research Institute, 73 Zakopianska St., 30-418 Krakow, Poland
Bibliografia
1. Bakhtiyarov S.I., Overfelt R.A., Alagaramy A. 2001, 2002: Mesaurementes of Decomposed EPS Gases Pressure and Molten Metal-polymeric foam Interface Velocity during Counter Gravity Lost Foam Casting. AFS Transaction, April 28-May 1, May 4 - May 7, p. 1439-1453.
2. Baliński A. 2010: The advanced oxygenation and adsorption modification of waste- dusts from standard moulding sands. “Archives of Foundry Engineering”,vol.10, no. 2, p. 5-9.
3. Baliński A., Wisia-Walsh E. 2008: Fly ash from hard coal combustion as a ceramic base material of moulding sands. “Polish Journal of Environmental Studies,” vol.14, no.3A, p. 44-.
4.Gazda A., Homa M. 2009: Określenie przewodnictwa cieplnego wybranych gatunków żeliwa sferoidalnego za pomocą pomiaru przewodnictwa temperaturowego metodą laser-flash. Prace Instytutu Odlewnictwa, t. XLIX, nr 2, s. 5-18, “Archives of Foundry Engineering”, vol.8, no 2, p. 5-8.
5. Karwiński A., Żóikiewicz Z. 2011: Application of Modern Ecological Technology Lost Foam For The Implementation Of Machinery. TEKA , 2011, V. XIC p. 91-99 Lublin.
6. Michalik U. 2004: Lost - Foam - GiePverfahren. Giesserei vol. 91 nr 3, p. 48-50.
7. Mirbagheri S.M. 2003: International Journal of Cast Metals Research. vol. 16, nr 6, p. 554.
8. Pacyniak T. 2008: The effect of refractory coating permeability on the Lost Foam Process. Archives of Foundry Engineering”, vol.8, nr 3, p. 199-204.
9. Pacyniak T. 2006: Teoretyczne i technologiczne podstawy procesu wytwarzania odlewów metodą pełnej formy. Zeszyty Naukowe. Rozprawy Naukowe / Politechnika Łódzka, Z. 350, p. 3-115.
10. Pacyniak T., Kaczorowski R. 2010: InvestigaTions of Polystyrene pre-Expansion Process by Use of Test Stand Equipped with Batch Pre-Expander. Archives of Metallurgy and Materials. vol. 55, 883-887.
11. Pielichowski, J., Sobczak J. J., Żóikiewicz Z., Hebda E., Karwiński A. 2011: Analiza termiczna polistyrenowego modelu odlewniczego. Transactions of the Foundry Research Institute. Vol. L, nr 1, p. 15-22.
12. Pirowski Z., Gościanski M. 2009: Construction and technology of production of casted shares for rotating and firld plougs, TEKA, vol. IX p. 231-239.
13. Pirowski Z. 2011: Aplication of Nickiel Superalloys On Castings For Conventional Energy Equimpment Items. TEKA, vol. XIC., p. 246-255.
14. Pytel A., Stefański Z. 2011: An Inovattive And Environmentally Safe Method To Manufacture High-Quality Iron Castings For Possible Use As elements Of Agriculture Machines. TEKA , vol. . XIC. p. 256-263.
15. Pysz S., Karwiński A., Czekaj E. 2009: An analyysis of the technical state of a stater Rusing the hall efekt-part II, TEKA , vol. IX, p. 251-258.
16. Shinsky O. I. 1995: Osobennosti zapolnenija formy peremennogo seczenija i jeje gazovyj rezim pri lit’e po gazoficiruemym modeljam, Procesy lit’a, nr.1, p. 74-82.
17. Scarber P., Littleton H.E. 2008: Simulating Macro Porosity in Aluminium Lost Foam Castings. AFS Trans. 8,145.
18. Walter Ch., Siefer W. 1995: [Einfluss der Gasentwic-lung in kaltharzgebundenen Vollvormen auf Putzzaufwand und Gussfehler. Teil 4. Folgen hoher Gaskonzentration im Formhohlraum beim Vollformgiessen. Giesserei, vol. 82, nr. 6, p. 185-189.
19. Wilk J., Żólkiewicz Z. 2006: Detrmination of optimum Technology in Respect of the Required Values of Casting Quality Parameters by Aplication of the Weighted Variables Metric. Materials Enginering, , vol. 13, nr. 3, p. 89.
20. YE Sheng-pong, WU Zhi-chao. 2006: Lost Foam Casting in China. China Foundry vol. 3, Nr 2, s. 134-136.
21. Tseng C.H ., Askeland D.R. 1998: „A Study of Se-lected Process Parameters for Evaporative Pattern Casting Process”. International Conference on Loat Foam „Showing the Process”. October 27-29, Birmingham, Alabama, s. 168-186.
22. Żmudzińska M., Faber J., Perszewska K., Żólkiewicz Z., Maniowski Z. 2011: Badania emisji produktów zgazowania modelu styropianowego w procesie lost foam w aspekcie ochrony środowiska. Transactions of the Foundry Research Institute. Vol. L, nr 1, p. 23-34.
23.Żólkiewicz Z., Żólkiewicz M. 2010: Characteristic properties of materials for evaporative patterns. Archives of Foundry Engineering vol. 10, Special Issue, 3, p. 289-292.
24. Żólkiewicz Z., Żólkiewicz M. 2009: Lost Foam Process - The Chance For Industry. TEKA, 2009, vol. IX p. 431-436.
25. Żólkiewicz Z. 2004: Influence of Thermal Gasification of the Polystyrene Pattern on the Casting Surface.. Archives of Foundry - Archiwum Odlewnictwa vol. 4, nr 11, p. 332-33.
26.Żólkiewicz Z. 1999: Chosen problems connected with the rate of gas emission in full mould process. Acta Metallurgica Slovaca. Vol. 5, nr.2, p .254-259.