Properties of lightweight and normal weight concretes with similar strength
This thesis addresses an experimental study conducted to investigate the performance of lightweight concrete (LWC) and normalweight concrete (NWC) with similar compressive strength. Lightweight concretes were produced with cold-bonded fly ash aggregates.
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In recent years, 3D-printed concrete (3DPC) has emerged as a technology attracting significant attention in the construction industry due to its advantages. Especially, the use of 3D-printable foam concrete (3DPFC) offers a remarkable solution for improving the performance of 3D-printed structures, with its benefits such as sustainability, lightness ...
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Investigation of production and performance evaluation of high-strength lightweight concrete (HSLWC) produced with regional volcanic aggregates (RVA). [PDF]
Ulusu İ, Ulusu H, Gül R.
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Valorization of Sugarcane Bagasse Ash and Steel Slag in Concrete: Experimental Evaluation of Mix Performance and Structural Properties. [PDF]
Tola BI +3 more
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Microbial induced calcium carbonate precipitation under extreme environmental conditions: impacts on biomineralization process and mechanical performance of concrete. [PDF]
Abdelwahed MM +3 more
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Impact of construction and demolition wastes on the performance of sustainable LC<sup>3</sup>-based structural lightweight concrete. [PDF]
Sadik EK +3 more
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Internal curing of concrete using highly absorptive normal weight aggregates
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Savva, Pericles A., Savva, Pericles A.
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Numerical Modeling of RC Beams Strengthened with Non-Pretensioned and Pretensioned NSM CFRP Strips. [PDF]
Seręga S, Kotynia R.
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Shear strength of light weight concrete elements model based on deep neural network and COVID-19 optimization. [PDF]
Shamseldin MA +3 more
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Advancing sustainable construction through waste valorization using plastic aggregate and industrial slag. [PDF]
Rani K +4 more
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