INIS
optimization
100%
powders
100%
physical properties
100%
mechanical properties
100%
mixtures
100%
sulfates
100%
fibers
55%
silica
55%
fumes
55%
foundations
44%
steels
44%
piles
44%
design
22%
concentration
22%
compression strength
22%
ruptures
22%
sodium sulfates
22%
water
11%
applications
11%
levels
11%
size
11%
solutions
11%
damage
11%
investigations
11%
bridges
11%
drying
11%
air
11%
composite materials
11%
construction
11%
failures
11%
maintenance
11%
soils
11%
binders
11%
wind turbines
11%
carbon 20
11%
towers
11%
service life
11%
water tables
11%
Engineering
Sulfate Attack
100%
Taguchi Method
100%
Silica Fume
83%
Steel Fiber
66%
Pile Foundations
66%
Concrete Mixture
50%
Compressive Strength
33%
Modulus of Rupture
33%
Test Result
16%
Durables
16%
Composite Material
16%
Binders
16%
Fiber Content
16%
Design Parameter
16%
Wind Turbine
16%
Fibre Reinforcement
16%
Elevated Temperature
16%
Service Life
16%
Design of Experiments
16%
Drying Air
16%
Compressive Modulus
16%
Concrete Pile
16%
Cementitious Composite
16%
Pozzolanic Material
16%
Concrete Application
16%
Building Construction
16%
Sodium Sulfate
16%
Sustainable Material
16%
Exposure Condition
16%
Temperature Table
16%
Bridge Decks
16%
Bridge Girder
16%
Durable Material
16%
Material Science
Powder
100%
Taguchi Method
100%
Silica Fume
55%
Steel Fiber
44%
Concrete Mixture
33%
Compressive Strength
22%
Composite Material
11%
Fiber Reinforced Material
11%
Sodium
11%
Experimental Design
11%
Keyphrases
Mixture Optimization
100%
Continuous Maintenance
11%