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Sustainable Development and Performance Evaluation of Marble-Waste-Based Geopolymer Concrete
by
Ding, Yung-Chin
, Lee, Wei-Hao
, Chang, Ting-Hsuan
, Lin, Kae-Long
, Cheng, Ta-Wui
in
Atmosphere
/ Carbon dioxide
/ Carbon footprint
/ Cement
/ Concrete
/ Construction
/ Construction industry
/ Construction materials
/ Cost control
/ Curing
/ Emissions
/ Energy
/ Landfill
/ Marble
/ Mechanical properties
/ Performance evaluation
/ Ratios
/ Sustainable development
/ Workability
2020
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Sustainable Development and Performance Evaluation of Marble-Waste-Based Geopolymer Concrete
by
Ding, Yung-Chin
, Lee, Wei-Hao
, Chang, Ting-Hsuan
, Lin, Kae-Long
, Cheng, Ta-Wui
in
Atmosphere
/ Carbon dioxide
/ Carbon footprint
/ Cement
/ Concrete
/ Construction
/ Construction industry
/ Construction materials
/ Cost control
/ Curing
/ Emissions
/ Energy
/ Landfill
/ Marble
/ Mechanical properties
/ Performance evaluation
/ Ratios
/ Sustainable development
/ Workability
2020
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Do you wish to request the book?
Sustainable Development and Performance Evaluation of Marble-Waste-Based Geopolymer Concrete
by
Ding, Yung-Chin
, Lee, Wei-Hao
, Chang, Ting-Hsuan
, Lin, Kae-Long
, Cheng, Ta-Wui
in
Atmosphere
/ Carbon dioxide
/ Carbon footprint
/ Cement
/ Concrete
/ Construction
/ Construction industry
/ Construction materials
/ Cost control
/ Curing
/ Emissions
/ Energy
/ Landfill
/ Marble
/ Mechanical properties
/ Performance evaluation
/ Ratios
/ Sustainable development
/ Workability
2020
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Sustainable Development and Performance Evaluation of Marble-Waste-Based Geopolymer Concrete
Journal Article
Sustainable Development and Performance Evaluation of Marble-Waste-Based Geopolymer Concrete
2020
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Overview
The key objective of this study was to develop marble-based geopolymer concrete and examine the viability of its application as a sustainable structural material for the construction industry. The results of the research demonstrated that marble-based geopolymer concrete can be developed, and its physical/mechanical properties were shown to have a very good performance. According to various experimental tests and a large-scale ready-mixed plant test, it was found that the marble-based geopolymer concrete displayed a good workability and was not easily influenced by temperature changes. The results showed that marble-based geopolymer concrete has an excellent potential for further engineering development in the future.
Publisher
MDPI AG,MDPI
Subject
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