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Cellulose fibre concrete
Sirje Vares
, Leena Sarvaranta
, Matti Lanu
Research output
:
Book/Report
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Report
Overview
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Dive into the research topics of 'Cellulose fibre concrete'. Together they form a unique fingerprint.
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Keyphrases
Accelerated Laboratory Testing
6%
Accelerated Testing
6%
Alkali Environment
6%
Biological Degradation
6%
Brittle Failure
6%
Casting Process
20%
Cellar
6%
Cellular Structure
6%
Cellulose Fibers
100%
Cellulose-based
6%
Cement Content
6%
Cement Products
6%
Cohesion
6%
Compressive Strength
13%
Concrete Durability
6%
Concrete Industry
6%
Concrete Products
6%
Concrete Properties
6%
Conventional Casting
13%
Cracking Risk
6%
Detrimental Effects
6%
Dry Rot Fungus
6%
Durability Properties
6%
Fiber Content
6%
Fiber Dosage
6%
Fiber Reinforced Concrete
100%
Fiber Treatment
6%
Fiber Type
6%
Fiber-reinforced
6%
Flexural Strength
20%
Freeze-thaw
6%
Freeze-thaw Cycles
13%
Fresh Mix
6%
Frost
6%
Fungi
13%
Humidity
6%
Hygroscopic
6%
Impact Resistance
6%
Internal Stress
6%
Lime-cement Mortar
6%
Long-term Investigation
6%
Low Weight
6%
Manufacturing Methods
13%
Mechanical Properties
13%
Moist Condition
13%
Mortar
13%
Pressure Casting
13%
Rotting
6%
Small Fibers
6%
Sprayed Concrete
6%
Surface Crack
6%
Toughness
6%
Volumetric Contraction
6%
Volumetric Expansion
6%
Water Demand
6%
Wetting-drying
6%
Wood-based
13%
Workability
6%
INIS
casting
11%
cellars
3%
cellulose
100%
cements
15%
comparative evaluations
3%
compression strength
7%
contraction
3%
cooking
3%
cracking
7%
density
3%
drying
3%
durability
7%
environment
3%
expansion
3%
failures
3%
fibers
100%
flexural strength
11%
freezing
3%
frost
3%
fungi
11%
hardening
3%
humidity
3%
industry
3%
investigations
7%
laboratories
7%
liquids
3%
losses
7%
manufacturing
7%
mechanical properties
3%
mortars
11%
reinforced concrete
3%
residual stresses
3%
risks
7%
solutions
3%
strength (impact)
3%
sulfates
3%
surfaces
7%
testing
3%
thawing
3%
water
7%
water demand
3%
weight
3%
wood
7%
Material Science
Cellular Structure
33%
Cement Product
33%
Concrete Product
33%
Density
33%
Fiber Reinforced Concrete
33%
Flexural Strength
100%
Impact Resistance
33%
Surface (Surface Science)
66%
Engineering
Bending Strength
20%
Brittle Failure
6%
Cellulose Fiber
100%
Cement Content
6%
Cement Mortar
6%
Cement Product
6%
Compression Strength
13%
Compressive Strength
13%
Concrete Durability
6%
Concrete Industry
6%
Detrimental Effect
6%
Fiber Content
6%
Fiber Treatment
6%
Fiber-Reinforced Concrete
6%
Internal Stress
6%
Manufacturing Technique
6%
Thaw Cycle
13%