Influence of Addition of Fly Ash on Selected Properties of Concrete for Watertight Tunnel Lining

Adam Hubáček; Tomáš Jarolím; Petra Macháňová

doi:10.4028/www.scientific.net/AMR.1100.128

Paper Titles

Impact of External Environment on Long-Term Mechanical Properties of Plasters
p.112

Substitution of Cement-Bonded Particleboards Filling and Binding Agent by Selected Types of Alternative Raw Materials
p.116

Influence of Concrete Curing on Modulus of Elasticity
p.120

Ultrasound Measurements for the Detection of Disintegration of Concrete Slabs Exposed to Fire
p.124

Influence of Addition of Fly Ash on Selected Properties of Concrete for Watertight Tunnel Lining
p.128

The Development of Sprayed Concrete for Extreme Temperatures
p.133

Plasters with Decorative Function Containing Alternative Raw Materials
p.138

Microstructure of Lightweight and Decorative Renders with Modified Composition
p.142

Effect of High Temperatures on Microstructure of Repair Mortars Containing Artificial Aggregate Based on Sintered Ash
p.147

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 1100Influence of Addition of Fly Ash on Selected...

Influence of Addition of Fly Ash on Selected Properties of Concrete for Watertight Tunnel Lining

Abstract:

The paper deals with the topical theme of concrete for watertight tunnel lining, currently solved in the Czech Republic and abroad. The focus is on high water-tightness of concrete for production of these specific structures and other requirements from the point of durability of concrete for watertight tunnel lining. Experimental work followed previous research and was focused on testing of selected properties of concrete for watertight tunnel lining, either with only cement as a binder (reference mixtures) or with partial replacement of cement with fly ash from Detmarovice power plant. Manufactured specimens of fresh and hardened concrete were used for testing of development of compressive strength, depth of penetration with pressure water and development in hydration heat in time.

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Periodical:

Advanced Materials Research (Volume 1100)

Pages:

128-132

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.1100.128

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Online since:

April 2015

Authors:

Adam Hubáček*, Tomáš Jarolím, Petra Macháňová

Keywords:

Durability, Hydration Heat, Strength Characteristics, Watertight Tunnel Lining

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