Possibilities to control ceramics properties by changing firing cycles

Construction and Building Materials

Volumn 23, Issue 1, 2009, Pages 226-232

  Mačiulaitis, Romualdas ^a   Malaiškiene, Jurgita ^a  

^a VILNIUS GEDIMINAS TECHNICAL UNIVERSITY   (Lithuania)

Author keywords

Ceramics; Firing cycles; Statistical analysis; Structural parameters

Indexed keywords

BUILDING MATERIALS; CERAMIC MATERIALS; STATISTICAL METHODS;

CERAMIC SAMPLES; CERAMICS; EMPIRICAL EQUATIONS; FIRING CYCLES; INTER-DEPENDENCES; MASS FLOWS; MAXIMUM TEMPERATURES; OPEN POROSITIES; RESERVE OF PORE VOLUMES; STATISTICAL ANALYSIS; STRUCTURAL INHOMOGENEITY; STRUCTURAL PARAMETERS; TECHNOLOGICAL PROCESSES; TEMPERATURE INCREASES; WETTING FRONTS;

STRUCTURAL CERAMICS;

EID: 54249145293     PISSN: 09500618     EISSN: None     Source Type: Journal    
DOI: 10.1016/j.conbuildmat.2007.12.012     Document Type: Article

References (39)

1. Sadūnas A. Burning of aluminium silicates in the medium of reductive-oxidizing gas (Aliumosilikatu{ogonek} degimas redukuojančiu{ogonek} - oksiduojančiu{ogonek} duju{ogonek} terpėje) (1999), VPU, Vilnius [188p (in Lithuanian)]
2. Petrikaitis F, Žurauskienė R. Influence of material mix processing and formation parameters on the quality of ceramic products. In: Proceedings of the international conference "Silicate technology" (Formavimo mišinio apdorojimo ir formavimo parametru{ogonek} i{ogonek}taka keraminiu{ogonek} gaminiu{ogonek} kokybei. Tarptautinės konferencijos "Silikatu{ogonek} technologija" pranešimu{ogonek} medžiaga, 2000, May 12). Kaunas: Technologija; 2000, p. 101-4 [in Lithuanian].
3. Demir I., and Orhan M. Reuse of waste bricks in the production line. Build Environ 38 (2003) 1451-1455
4. Krdas S., Dana K., Singh N., and Sarkar R. Shrinkage and strength behaviour of quartzitic and kaolinitic clays in wall tile compositions. Appl Clay Sci 29 2 (2005) 137-143
5. Sousa S.J.G., and Holanda J.N.F. Sintering behaviour of porous wall tile bodies during fast single-firing process. Mater Res 8 2 (2005) 197-200
6. Basegio T., Berutti F., Bernardes A., and Bergmann C.P. Environmental and technical aspects of the utilisation of tannery sludge as a raw material for clay products. J Eur Ceram Soc 22 (2002) 2251-2259
7. Jonker A., and Potgieter J.H. An evaluation of selected waste resources for utilization in ceramic materials applications. J Eur Ceram Soc 25 13 (2005) 3145-3149
8. Monteiro S.N., and Vieira C.M.F. Effect of oily waste addition to clay ceramic. Ceram Int 31 2 (2005) 353-358
9. Lingling X., Wei G., Tao W., and Nanru Y. Study of fired bricks with replacing clay by fly ash in high volume ratio. Construct Build Mater 19 3 (2005) 243-247
10. Malaiškienė J. Influence of burning temperature on certain ceramic properties. In: 8th Conference of Lithuanian junior scientists "Lithuania without science - Lithuania without future" Section CONSTRUCTION, 25th March 2005, Vilnius (Degimo temperatūros i{ogonek}taka kai kurioms keramikos savybėms. 8-osios Lietuvos jaunu{ogonek}ju{ogonek} mokslininku{ogonek} konferencijos "Lietuva be mokslo - Lietuva be ateities" medžiaga). Vilnius: Technika; 2005, p. 72-6 [in Lithuanian].
11. Balkyavichus V., Valyukyavichus C., Shpokauskas A., Laukaitis A., and Pyatrikaitis F. Sinterability of low-melting illite-bearing clays. Glass Ceram 6 (2003) 18-21
12. Kaminskas A., Smolianskienė G., and Valiukevičius C. Influence of sulphureous fuel oil and additives enhancing sintering to quality of carbonaceous clay ceramic body (Sukepima{ogonek} skatinančiu{ogonek} priedu{ogonek} ir sieringo mazuto i{ogonek}taka karbonatingo molio keraminės šukės kokybei). Civil Eng (Statyba) 5 (1999) 323-328 [in Lithuanian]
13. Djuric M., Ranogajec J., and Marinkovic-Neducin R. Carbonate-containing clays in brick-making mixes: optimization with respect to frost resistance. Can Ceram Soc 65 2 (1996) 131-138
14. Toya T., Kameschima Y., Yasumori A., and Okada K. Preparation and properties of glass-ceramics from wastes (Kira) of silica sand and kaolin clay refining. J Eur Ceram Soc 24 (2004) 2367-2372
15. Sadūnas A. Durability of aluminium silicate products (Aliumosilikatiniu{ogonek} dirbiniu{ogonek} ilgaamžiškumas) (1997), VPU, Vilnius [252p (in Lithuanian)]
16. Kiyohiko I., Hyung-Sun K., Koichi K., and Atsuchi H. Influence of firing temperature on frost resistance of roofing tiles. J Eur Ceram Soc 24 14 (2004) 3671-3677
17. Boltryk M., Nikitin V., and Backiel-Brzozowska B. Influence of some technological factors upon wall ceramics frost resistance. J Civil Eng Manage X 4 (2004) 249-253
18. Sidjanin L., Ranogajec J., Rajnovic D., and Molnar E. Influence of firing temperature on mechanical properties on roofing tiles. Mater Design 28 3 (2007) 941-947
19. Sadūnas A., Mortel H., Cimmers A., Švinka V., and Būrė D. About determination of frost resistance of ceramic tiles and bricks (Apie keraminiu{ogonek} čerpiu{ogonek} ir plytu{ogonek} atsparumo šalčiui nustatyma{ogonek}). Civil Eng 6 1 (2000) [in Lithuanian]
20. Kičaitė A., and Mačiulaitis R. New equations for forecasting the frost resistance of ceramic products applying deformational parameters (Naujos keraminiu{ogonek} gaminiu{ogonek} atsparumo šalčiui prognozavimo lygtys naudojant deformacinius rodiklius). Civil Eng 7 2 (2001) 131-137 [in Lithuanian]
21. Žurauskienė R., Mačiulaitis R., and Petrikaitis F. Suitability of fluxible clays from the territory of Lithuania for the sintered building ceramics (Lietuvos teritorijoje esančiu{ogonek} lengvai lydžiu{ogonek} moliu{ogonek} tinkamumas statybinei sukepusiajai keramikai). Civil Eng 7 3 (2001) 191-197 [in Lithuanian]
22. Mačiulaitis R., and Nagrockienė D. Evaluation of porous concrete resistance to freezing by different methods. Civil Eng VII 5 (2001) 397-404
23. Kičaitė A., and Mačiulaitis R. Kinetics of ceramic products saturation in aspect to exploitation frost resistance. Keraminiu{ogonek} gaminiu{ogonek} i{ogonek}mirkio kinetika eksploatacinio atsparumo šalčiui aspektu. J Civil Eng Manage VIII Suppl. 2 (2002) 126-131
24. Mačiulaitis R., Kičaitė A., Nagrockienė D., and Kudabienė G. Frost resistance evaluation of ceramic façade tiles. Keraminiu{ogonek} apdailos plyteliu{ogonek} atsparumo šalčiui i{ogonek}vertinimas. J Civil Eng Manage X 4 (2004) 285-293
25. Maritan L., Nodari L., Mazzoli C., Milano A., and Russo U. Influence of firing conditions on ceramic products: Experimental study on clay rich in organic matter. Appl Clay Sci 31 1-2 (2006) 1-15
26. Demidenko N.I., and Stecovskij A.P. V{cyrillic}z{cyrillic}a{cyrillic}i{cyrillic}m{cyrillic}o{cyrillic}s{cyri llic}v{cyrillic}ya{cyrillic}z{cyrillic}{cyrillic small soft sign} u{cyrillic}p{cyrillic}r{cyrillic}u{cyrillic}g{cyrillic}i{cyrillic}kh{cyr illic} s{cyrillic}v{cyrillic}o{cyrillic}i{cyrillic, short}s{cyrillic}t{cyrillic}v{cyrillic} m{cyrillic}a{cyrillic}t{cyrillic}ye{cyrillic}r{cyrillic}i{cyrillic}a{cyr illic}l{cyrillic}a{cyrillic} n{cyrillic}a{cyrillic} o{cyrillic}s{cyrillic}n{cyrillic}o{cyrillic}v{cyrillic}ye{cyrillic} v{cyrillic}o{cyrillic}l{cyrillic}l{cyrillic}a{cyrillic}s{cyrillic}t{cyri llic}o{cyrillic}n{cyrillic}i{cyrillic}t{cyrillic}a{cyrillic} i{cyrillic} t{cyrillic}ye{cyrillic}m{cyrillic}p{cyrillic}ye{cyrillic}r{cyrillic}a{cy rillic}t{cyrillic}u{cyrillic}r{cyrillic}y{cyrillic} s{cyrillic}p{cyrillic}ye{cyrillic}k{cyrillic}a{cyrillic}n{cyrillic}i{cyr illic}ya{cyrillic}. S{cyrillic}t{cyrillic}ye{cyrillic}k{cyrillic}l{cyrillic}o{cyrillic} i{cyrillic} k{cyrillic}ye{cyrillic}r{cyrillic}a{cyrillic}m{cyrillic}i{cyrillic}k{cyr illic}a{cyrillic} 7 (2003) 21-22
27. Demidenko N.I., and Konkina E.C. S{cyrillic}p{cyrillic}ye{cyrillic}k{cyrillic}a{cyrillic}n{cyrillic}i{cyr illic}ye{cyrillic} k{cyrillic}ye{cyrillic}r{cyrillic}a{cyrillic}m{cyrillic}i{cyrillic}ch{cy rillic}ye{cyrillic}s{cyrillic}k{cyrillic}i{cyrillic}kh{cyrillic} m{cyrillic}a{cyrillic}s{cyrillic}s{cyrillic} n{cyrillic}a{cyrillic} o{cyrillic}s{cyrillic}n{cyrillic}o{cyrillic}v{cyrillic}ye{cyrillic} p{cyrillic}r{cyrillic}i{cyrillic}r{cyrillic}o{cyrillic}d{cyrillic}n{cyri llic}o{cyrillic}g{cyrillic}o{cyrillic} v{cyrillic}o{cyrillic}l{cyrillic}l{cyrillic}a{cyrillic}s{cyrillic}t{cyri llic}o{cyrillic}n{cyrillic}i{cyrillic}t{cyrillic}a{cyrillic}. S{cyrillic}t{cyrillic}ye{cyrillic}k{cyrillic}l{cyrillic}o{cyrillic} i{cyrillic} k{cyrillic}ye{cyrillic}r{cyrillic}a{cyrillic}m{cyrillic}i{cyrillic}k{cyr illic}a{cyrillic} 1 (2003) 15-16
28. Žurauskienė R. Summary of thesis for Doctor's degree. (Sukepusioji statybinė keramika iš hidrožėrutiniu{ogonek} lengvai lydžiu{ogonek} moliu{ogonek} su priedais. Daktaro disertacijos santrauka) (2002), Technika, Vilnius [32p (in Lithuanian)]
29. Malaiškienė J., and Mačiulaitis R. New possibilities of quality regulation for ceramic products. J Civil Eng Manage X 1 (2004) 37-43
30. Mačiulaitis R., and Malaiškienė J. New quality regulation system for manufacture of ceramic products. Construction and building materials 21 2 (2007) 258-268
31. Mačiulaitis R, Malaiškienė J. Nonfreezing porous ceramics (Šalčiui atspari poringa keramika). Patent No. LT5426B. 2007-06-26.
32. Mandeikytė N., and Šiaučiūnas R. Laboratory works on ceramics technology (Keraminės technologijos laboratoriniai darbai) vol. 97 (1997), Technologija, Kaunas [in Lithuanian]
33. Mačiulaitis R. Frost resistance and durability of facade bricks. Frostwiderstand und Dauerhaftigkeit keramischer Fassadenerzeugnisse (Fasadinės keramikos atsparumas) (1996), Technika, Vilnius [132p (in English, in Lithuanian, in German)]
34. Mačiulaitis R. Frost resistance and durability of ceramics facade products (M{cyrillic}o{cyrillic}r{cyrillic}o{cyrillic}z{cyrillic}o{cyrillic}s{cyr illic}t{cyrillic}o{cyrillic}i{cyrillic, short}k{cyrillic}o{cyrillic}s{cyrillic}t{cyrillic}{cyrillic small soft sign} i{cyrillic} d{cyrillic}o{cyrillic}l{cyrillic}g{cyrillic}o{cyrillic}v{cyrillic}ye{cyr illic}ch{cyrillic}n{cyrillic}o{cyrillic}s{cyrillic}t{cyrillic}{cyrillic small soft sign} i{cyrillic}z{cyrillic}d{cyrillic}ye{cyrillic}l{cyrillic}i{cyrillic}i{cyr illic, short} f{cyrillic}a{cyrillic}s{cyrillic}a{cyrillic}d{cyrillic}n{cyrillic}o{cyri llic}i{cyrillic, short} k{cyrillic}ye{cyrillic}r{cyrillic}a{cyrillic}m{cyrillic}i{cyrillic}k{cyr illic}i{cyrillic}) (1997), Technika, Vilnius [307p (in Russian)]
35. Nagrockienė D., Žurauskienė R., Mačiulaitis R., Kičaitė A., and Ravnialičevas V. Material science. Methodology for laboratory works (Medžiagu{ogonek} mokslas. Metodikos nurodymai laboratoriniams darbams atlikti) (2005), Technika, Vilnius [100 psl]
36. Sakalauskas V. Experimental analysis with Statistics (Duomenu{ogonek} analizė su statistika) (1998), Margi raštai, Vilnius [227p (in Lithuanian)]
37. Mišeikis F. Statistics and econometrics (Statistika ir ekonometrija) (1997), Technika, Vilnius [275p (in Lithuanian)]
38. Kruopis J. Mathematical statistics (Matematinė statistika) (1977), Mokslas, Vilnius [362p (in Lithuanian)]
39. Čekanavičius V., and Murauskas G. Statistics II and its application (Statistika II ir jos taikymas) (2002), TEV, Vilnius [268p (in Lithuanian)]