The Strength and Thermal Properties of Concrete containing Water Absorptive Aggregate from Well-Graded Bottom Ash (BA) as Partial Sand Replacement
Ash handling; Ashes; Bending strength; Concrete aggregates; Concrete mixers; Concrete mixtures; Sand; Tensile strength; Thermal conductivity; Thermal Engineering; Thermoelectric power plants; Water absorption; Bottom ash; Engineering properties; Fine aggregates; High water; Maximum strength; Partial...
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2023
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my.uniten.dspace-268252023-05-29T17:36:59Z The Strength and Thermal Properties of Concrete containing Water Absorptive Aggregate from Well-Graded Bottom Ash (BA) as Partial Sand Replacement Abdullah M.J. Beddu S. Manan T.S.B.A. Syamsir A. Naganathan S. Mohd Kamal N.L. Mohamad D. Itam Z. Yee+ H.M. Mohd Yapandi M.F.K. Mohamed Nazri F. Shafiq N. Isa M.H. Ahmad A. Wan Rasdi N. 57693951500 55812080500 57219650719 57195320482 30267872100 56239107300 57200335404 55102723400 57694033700 57203904298 55195912500 55907068200 12808940900 6506760282 56446926400 Ash handling; Ashes; Bending strength; Concrete aggregates; Concrete mixers; Concrete mixtures; Sand; Tensile strength; Thermal conductivity; Thermal Engineering; Thermoelectric power plants; Water absorption; Bottom ash; Engineering properties; Fine aggregates; High water; Maximum strength; Partial sand replacement; Properties of concretes; Replacement materials; Split tensile strengths; Well-graded bottom ash; Compressive strength Bottom ash (BA) is a hazardous waste material from power plant. The well-graded BA can be a good sand replacement material in concrete. This study presents strength and thermal properties of concrete containing high calcium and water absorptive fine aggregate from well-graded BA as partial sand replacement (control mix (CM) 0%, BM5: 5%, BM10: 10%, BM15: 15%, and BM20: 20%). The workability of fresh concrete mixes was tested via slump test. The strength of the hardened concrete was assessed based on compressive strength, split tensile strength, and flexural strength. The thermal property was evaluated based on thermal conductivity test. The optimization of these model parameters was conducted via I-Optimal design. The workability of concrete mixes was reduced with an increase of well-graded BA due to high water absorption effect. The compressive strengths of all mixes reached more than 50% on 28th curing days with maximum strength by BM15 (49.0 MPa). The split tensile strengths showed one quadratic curve combining all mixes with maximum strength reached by BM10 (2.7 MPa). The flexural strength has slow growth exponential pattern with maximum strength by BM20 (6.0 MPA). The thermal conductivity values were steadily increased up to BM15 (2.44 W/mK) and reduced at BM20 (2.15 W/mK). The well-graded BA proportions (5 to 20%) were not showing any significant effect on the thermal properties. The optimised model of compressive strength has the highest accuracy with percentage errors below 5% compared to other parameters. The optimal well-graded BA as sand replacement material was BM10 giving 47 MPa compressive strength, 2.7 MPa split tensile strength, 5.3 MPa flexural strength, and 2.1152 W/mK thermal conductivity. The highest positive correlation coefficients were obtained between compressive strength and thermal conductivity (R2: 0.921). Thus, the well-graded BA improved the strength properties providing a sustainable supply in concrete technology. � 2022 Elsevier Ltd Final 2023-05-29T09:36:59Z 2023-05-29T09:36:59Z 2022 Article 10.1016/j.conbuildmat.2022.127658 2-s2.0-85130097129 https://www.scopus.com/inward/record.uri?eid=2-s2.0-85130097129&doi=10.1016%2fj.conbuildmat.2022.127658&partnerID=40&md5=113e33f90ef92b5c035bc2764dd984d3 https://irepository.uniten.edu.my/handle/123456789/26825 339 127658 Elsevier Ltd Scopus |
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Ash handling; Ashes; Bending strength; Concrete aggregates; Concrete mixers; Concrete mixtures; Sand; Tensile strength; Thermal conductivity; Thermal Engineering; Thermoelectric power plants; Water absorption; Bottom ash; Engineering properties; Fine aggregates; High water; Maximum strength; Partial sand replacement; Properties of concretes; Replacement materials; Split tensile strengths; Well-graded bottom ash; Compressive strength |
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57693951500 |
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57693951500 Abdullah M.J. Beddu S. Manan T.S.B.A. Syamsir A. Naganathan S. Mohd Kamal N.L. Mohamad D. Itam Z. Yee+ H.M. Mohd Yapandi M.F.K. Mohamed Nazri F. Shafiq N. Isa M.H. Ahmad A. Wan Rasdi N. |
| format |
Article |
| author |
Abdullah M.J. Beddu S. Manan T.S.B.A. Syamsir A. Naganathan S. Mohd Kamal N.L. Mohamad D. Itam Z. Yee+ H.M. Mohd Yapandi M.F.K. Mohamed Nazri F. Shafiq N. Isa M.H. Ahmad A. Wan Rasdi N. |
| spellingShingle |
Abdullah M.J. Beddu S. Manan T.S.B.A. Syamsir A. Naganathan S. Mohd Kamal N.L. Mohamad D. Itam Z. Yee+ H.M. Mohd Yapandi M.F.K. Mohamed Nazri F. Shafiq N. Isa M.H. Ahmad A. Wan Rasdi N. The Strength and Thermal Properties of Concrete containing Water Absorptive Aggregate from Well-Graded Bottom Ash (BA) as Partial Sand Replacement |
| author_sort |
Abdullah M.J. |
| title |
The Strength and Thermal Properties of Concrete containing Water Absorptive Aggregate from Well-Graded Bottom Ash (BA) as Partial Sand Replacement |
| title_short |
The Strength and Thermal Properties of Concrete containing Water Absorptive Aggregate from Well-Graded Bottom Ash (BA) as Partial Sand Replacement |
| title_full |
The Strength and Thermal Properties of Concrete containing Water Absorptive Aggregate from Well-Graded Bottom Ash (BA) as Partial Sand Replacement |
| title_fullStr |
The Strength and Thermal Properties of Concrete containing Water Absorptive Aggregate from Well-Graded Bottom Ash (BA) as Partial Sand Replacement |
| title_full_unstemmed |
The Strength and Thermal Properties of Concrete containing Water Absorptive Aggregate from Well-Graded Bottom Ash (BA) as Partial Sand Replacement |
| title_sort |
strength and thermal properties of concrete containing water absorptive aggregate from well-graded bottom ash (ba) as partial sand replacement |
| publisher |
Elsevier Ltd |
| publishDate |
2023 |
| _version_ |
1806424474279477248 |
| score |
13.222552 |