Andere Kunden interessierten sich auch für
![Die Auswirkungen unterschiedlicher Aspektverhältnisse von recycelten Kupferfasern]( "Die Auswirkungen unterschiedlicher Aspektverhältnisse von recycelten Kupferfasern")
Die Auswirkungen unterschiedlicher Aspektverhältnisse von recycelten Kupferfasern60,90 €![L'effetto di diversi rapporti di aspetto delle fibre di rame riciclate]( "L'effetto di diversi rapporti di aspetto delle fibre di rame riciclate")
L'effetto di diversi rapporti di aspetto delle fibre di rame riciclate39,99 €![O Efeito de Diferentes Rácios de Aspeto de Fibras de Cobre Recicladas]( "O Efeito de Diferentes Rácios de Aspeto de Fibras de Cobre Recicladas")
O Efeito de Diferentes Rácios de Aspeto de Fibras de Cobre Recicladas39,99 €![Effet des différents rapports d'aspect des fibres de cuivre recyclées]( "Effet des différents rapports d'aspect des fibres de cuivre recyclées")
Effet des différents rapports d'aspect des fibres de cuivre recyclées39,99 €![Vliqnie razlichnyh sootnoshenij storon pererabotannyh mednyh wolokon]( "Vliqnie razlichnyh sootnoshenij storon pererabotannyh mednyh wolokon")
Vliqnie razlichnyh sootnoshenij storon pererabotannyh mednyh wolokon39,99 €![Green Concrete with Basalt Fiber]( "Green Concrete with Basalt Fiber")
Green Concrete with Basalt Fiber36,99 €![Shear Behavior of HSRC Beams with Fibers Added to The Mix]( "Shear Behavior of HSRC Beams with Fibers Added to The Mix")
Shear Behavior of HSRC Beams with Fibers Added to The Mix36,99 €
The most polluting product in the earth, according to many, is Portland cement. It contributes to about 10% of the world's CO2 emissions. The purpose of this study was to propose using waste materials to produce concrete in order to reduce the manufacture of Portland cement by using alternative ingredients. Therefore, lime cement was used as an alternative to the usual Portland cement, and about 15% of the cement weight was replaced with silica fume and environmentally friendly fibers made from discarded electrical and electronic equipment was used. This study's objective is to create durable, high-strength green concrete by using recycled copper fiber with different aspect ratio and study the effect of using different aspect ratio on property of high strength green concrete. The work called for the design of a high strength concrete mixture of cement with a compressive strength of 65 MPa according ACI 211.4R, In order to make high-strength green concrete, several experimental combinations were conducted, all of which relied on the findings of earlier researchers.