New polymer mortars containing polymeric wastes. Part 1. Microstructure and mechanical properties

Composites Part A: Applied Science and Manufacturing

Volumn 31, Issue 2, 2000, Pages 97-106

  Bignozzi, M C ^a   Saccani, A ^a   Sandrolini, F ^a  

^a UNIVERSITY OF BOLOGNA   (Italy)

Author keywords

[No Author keywords available]

Indexed keywords

AGENTS; BENDING STRENGTH; COMPRESSIVE STRENGTH; MICROSTRUCTURE; MORTAR; PLASTIC BUILDING MATERIALS; PLASTICS FILLERS; RECYCLING; RUBBER; WASTE UTILIZATION;

POLYMER MORTARS;

REINFORCED PLASTICS;

EID: 0034464707     PISSN: 1359835X     EISSN: None     Source Type: Journal    
DOI: 10.1016/S1359-835X(99)00063-9     Document Type: Article

References (37)

1. Czarnecki L (Ed). State of the Art of CPC Composites. Final report of RILEM TC 105 C PC, 1993.
2. Sandrolini F. Concrete polymer materials developments in Italy. Proceedings of the Sixth ICPIC, Shanghai, China, 24-27 September. 1990;36.
3. Paturoev V. Application of polymers in concrete in URSS. Proceedings of the Seventh ICPIC, Moscow, URSS. 1992;3.
4. Walters D.G. Guide for polymer concrete overlays. ACI Materials Journal. 90:(5):1993;499.
5. Ohama Y. Recent progress in concrete-polymer composites. Advanced Cement Based Materials. 5:(2):1997;31.
6. Tanabe I., Takada K. Thermal deformation of machine tool structures using resin concrete. JSME International Journal, Series C. 37:1994;384.
7. Tanabe I. Development of ceramic resin concrete for precision machine tool structure. JSME International Journal, Series C. 36:1993;494.
8. Tanabe I., Hongo T., Mizutani J., Yamada Y. Development of ceramics resin concrete for precision machine tool structures. International Journal of Japanese Society of Precision Engineering. 27:1993;227.
9. Herroelen B., Van Gemert D., Brosen K. Repair and strengthening of a swimming pool roof structure using polymer concrete and CFRP-laminates. Proceedings of the IX ICPIC, Bologna, Italy, 14-18 September. 1998;419.
10. Lissenko V.A. Durability and structure formation of polymer composites for restoration and conservation of ancient architectural heritage. Proceedings of the IX ICPIC, Bologna, Italy, 14-18 September. 1998;699.
11. Brailovski M. Components and elements of machines and equipment from polymer concretes. Proceedings of the IX ICPIC, Bologna, Italy, 14-18 September. 1998;133.
12. Sandrolini F., Bonora V., Saccani A., Dinelli G., Belz G. Pulverized fly ash recycling in composite materials for innovative building elements. Proceedings of the First Conference on Chemistry and Process Engineering, Florence, Italy, 13-15 May. 1993;703.
13. Bonora V., Saccani A., Sandrolini F., Beltz G., Dinelli G. Resistance to environmental attacks of polymer modified mortars containing fly ashes. Proceedings of the VIII ICPIC, Oostende, Belgium, 3-5 July. 1995;221.
14. Rebeiz K.S., Fowler D.W., Paul D.R. Recycling plastics in polymer concrete for construction applications. Journal of Materials in Civil Engineering. 5:(2):1993;237.
15. Rebeiz K.S., Fowler D.W., Paul D.R. Mechanical properties of polymer concrete systems made with recycled plastic. ACI Materials Journal. 91:1994;40.
16. Abdel Azim A.A., Attia I.A. Making polymer concrete and polymer mortar using synthesized unsaturated polyester resins from poly (ethyleneterephthalate) waste. Polymer for Advanced Technologies. 6:1995;688.
17. Soh Y.S., Park H.S., Lee D.S. Mechanical properties of polymer mortar made from recycled PET-based unsaturated polyester resins. Ohama Y., Proceedings of the International RILEM workshop, Tokyo, 26-28 March. 1995;13.
18. Rebeiz K.S., Fowler D.W. Flexural strength of reinforced polymer concrete made with recycled plastic waste. ACI Materials Journal. 93:1996;524.
19. Sander D., Fowler D.W., Carrasquillo R.L. The behavior of Portland cement concrete with the incorporation of waste plastic fillers. Ohama Y., Proceedings of the International RILEM Workshop, Tokyo, 26-28 March. 1995;61.
20. Sasse H.R., Lehmkampfer O., Kwasny-Echterhagen R. Polymer granulates for masonry mortars and outdoor plasters. Ohama Y., Proceedings of the International RILEM Workshop, Tokyo, 26-28 March. 1995;75.
21. Ohama Y., Yamashita H. Strength properties of polyester resin concrete with waste plastics. Proceedings of 27th Japan Congress on Materials Research. 1984;203.
22. Lee B.I., Burnett L., Miller T., Postage B., Cuneo J. Tyre rubber/cement matrix composites. Journal of Materials Science Letters. 12:1993;967.
23. Renfoe OS. Building Materials From Solid Waste. Noyes Data Corporation, Park Ridge, NJ, 1979: 275.
24. Bignozzi M.C., Sandrolini F., Saccani A., Bonora V., Zucchetti M. Recycling plastics in polymer mortars. Proceedings of the IX ICPIC, Bologna, Italy, 14-18 September. 1998;151.
25. Lakshmi Kanta Rao V.V., Krishnamoorthy S. Influence of resin and microfiller proportions on strength, density, and setting shrinkage of polyester polymer concrete. ACI Materials Journal. 95:1998;153.
26. Pape P.G., Plueddeman E.P. Improvements in silane coupling agents for more durable bonding at the polymer-reinforcement interface. Proceedings of the 49th Annual Technical Conference, Society of Plastic Engineers. 1991;1870.
27. Weiwei L., Wenyou X. Lightweight polymer concrete. Polymers in Concrete (SP-ACI). 1990;125.
28. Mebarkia S., Vipulanandan C. Coupling agent and glass fibers in polyester mortar. Polymer Engineering and Science. 34:1994;1287.
29. Li T., Liu G., Qi K. Reconsideration of the effect of a coupling agent in talcum filled plastics. Journal of Applied Polymer Science. 67:1998;1227.
30. Motovalli M., Farshad M., Flueler P. Noise abatement by panels of recycled vehicle tyres. Ohama Y., Proceedings of the International RILEM Workshop, Tokyo, 26-28 March. 1995;181.
31. Yamamoto R. Construction materials using powdered rubber made of vehicle tyres. Ohama Y., Proceedings of the International RILEM Workshop, Tokyo, 26-28 March. 1995;189.
32. Gal O.S., Premovic P. Density determination of plastics by a volumetric titration method. Die Angewandte Makromoleculare Chemie. 84:1980;1.
33. Sandrolini F., Cremonini P. Ponte di misura a bassisima frequenza per studi dielettrici sui polimeri. Materie Plastiche ed Elastomeri. 7/8:1979;405.
34. Sandrolini F. Versatile three terminal cell for investigating the electrical properties of insulating materials over a wide frequency and temperature range. Journal of Physics E. 13:1980;152.
35. Marrone G., Motori A., Nicolini P., Sandrolini F. Laboratory measuring techniques applied to check insulating materials and interfaces in composite insulators. Proceedings of CIGRE, Paris, September. 1992;15-402.
36. Sandrolini F., Saccani A., Motori A. Polymer effects on microstructure and macroscopic properties in acrylic modified PCC materials. Materials Engineering. 7:(4):1996;477.
37. Zappia G., Sandrolini F., Motori A. Premix PCC materials: mechanical properties as a function of technological factors. Materials and Structures. 23:1990;436.