Earth and Planetary Sciences
Prediction
100%
Artificial Neural Network
100%
Regression
100%
Strength of Materials
100%
Aggregate
100%
Model
85%
Concrete
71%
Value
57%
Investigation
42%
Datum
28%
Purpose
28%
Construction
28%
Tensile Strength
28%
Flexural Strength
28%
Compressive Strength
28%
Show
14%
Time
14%
Algorithms
14%
Accuracy
14%
Research
14%
Plant
14%
Cost
14%
Transfer Function
14%
Waste
14%
Laboratory
14%
Concrete Structure
14%
Construction Waste
14%
Laboratory Experiment
14%
Ecodevelopment
14%
Engineering
Artificial Neural Network
100%
Regression
100%
Prediction
100%
Aggregate Concrete
100%
Coarse Aggregate
100%
Models
60%
Model Prediction
60%
Laboratories
40%
Compressive Strength
40%
Recycled Aggregate
40%
Research
20%
Design
20%
Experiments
20%
Testing
20%
Accuracy
20%
Backpropagation Algorithm
20%
Actual Value
20%
Sustainable Development
20%
Predicted Value
20%
Recycled Concrete Aggregate
20%
Obtaining Data
20%
Concrete Plant
20%
Linear Unit
20%
Multiple Approach
20%
INIS
prediction
100%
mechanical properties
100%
neural networks
100%
values
80%
construction
60%
curing
60%
data
40%
laboratories
40%
tensile strength
40%
wastes
40%
flexural strength
40%
compression strength
40%
strength (flexural)
40%
cost
20%
units
20%
design
20%
testing
20%
accuracy
20%
algorithms
20%
transfer functions
20%
recycling
20%
sustainable development
20%
Material Science
Mechanical Property
100%
Concrete Aggregate
100%
Aggregate
75%
Concrete
75%
Ultimate Tensile Strength
50%
Flexural Strength
50%
Compressive Strength
50%
Concrete Mixture
25%
Concrete Structure
25%