2015
DOI: 10.1016/j.saa.2014.06.150
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A view of microstructure with technological behavior of waste incorporated ceramic bricks

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Cited by 21 publications
(10 citation statements)
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“…The mortar bricks contains CW10, CW20 and CW30 indicated high increment of crushing strength at about 23%, 37% and 46% respectively corresponding to the control mortar bricks as shown in Figure 6. Previously, the similar pattern was observed that inclusion of ceramic waste in clay bricks contribute the high crushing strength (Nirmala and Viruthagiri 2015, Ali et al 2016, Silva et al 2017. While, Hanifi 2007 [14] and Jiménez et al 2013 [7] found the increment of crushing strength was at about 14% in mortar bricks and 40% in mortar specimens, respectively containing ceramic waste at the age of 28 days curing.…”
Section: Crushing Strength Of Mortar Brickssupporting
confidence: 70%
See 1 more Smart Citation
“…The mortar bricks contains CW10, CW20 and CW30 indicated high increment of crushing strength at about 23%, 37% and 46% respectively corresponding to the control mortar bricks as shown in Figure 6. Previously, the similar pattern was observed that inclusion of ceramic waste in clay bricks contribute the high crushing strength (Nirmala and Viruthagiri 2015, Ali et al 2016, Silva et al 2017. While, Hanifi 2007 [14] and Jiménez et al 2013 [7] found the increment of crushing strength was at about 14% in mortar bricks and 40% in mortar specimens, respectively containing ceramic waste at the age of 28 days curing.…”
Section: Crushing Strength Of Mortar Brickssupporting
confidence: 70%
“…As the alternatives to promote the green environment in order to address the problem of landfilled disposal, ceramic waste had been introduced as the potential additive in enhancing the brick properties. Generally, the usage of ceramic waste was huge used in replacing partially the coarse and fine aggregates in clay bricks (Alonso et al 2012 [2]; Nirmala and Viruthagiri 2015 [3]; Tereza et al 2015 [4]; Ali et al 2016 [5]; Silva et al 2017 [6]). The inclusion of ceramic waste contents in clay brick productions exhibited the remarkable value of compressive strength and lowest water absorption corresponding to control clay bricks without ceramic waste.…”
Section: Introductionmentioning
confidence: 99%
“…Foram formuladas massas com 5, 10 e 15% em massa de resíduo de quartzito e, posteriormente, conformadas por prensagem uniaxial, e queimadas a 800, 900 e 1000 ºC. considerando a legislação ambiental [4]. Em vários países, milhões de toneladas de resíduos inorgânicos são gerados a cada ano; muitos são oriundos das atividades de empresas mineradoras, que são descartados em aterros sem nenhum tratamento prévio, causando problemas à saúde da população e sérios impactos ambientais [5].…”
Section: Introductionunclassified
“…As práticas de gestão dos resíduos têm evoluído e, devido à quantidade gerada e sua complexidade, o destino desses tornou-se uma das principais preocupações da sociedade [2]. Os processos de reciclagem de resíduos sólidos buscam reduzir o consumo de matérias-primas, minimizar os problemas de poluição e os custos de tratamento [3], estimulando pequenas e grandes empresas a procurar soluções alternativas para os resíduos, considerando a legislação ambiental [4]. Em vários países, milhões de toneladas de resíduos inorgânicos são gerados a cada ano; muitos são oriundos das atividades de empresas mineradoras, que são descartados em aterros sem nenhum tratamento prévio, causando problemas à saúde da população e sérios impactos ambientais [5].…”
Section: Introductionunclassified
“…A difference between kaolinite and halloysite is that kaolinite has two slightly smaller bands between 3669 and 3652 cm -1 (Fig. 2b) [26]. Another difference is the shoulder of vibration from the surface hydroxyls of Al 2 OH groups at 939 cm -1 more prominent in kaolinite than in halloysite [27].…”
Section: Chemical and Mineralogical Characterizationsmentioning
confidence: 99%