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Moisture Resistance of Olive Husk Ash Modified Asphalt Mixtures
Madhar A. Haddad
, Taisir S. Khedaywi
Department of Architectural Engineering
Research output
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Contribution to journal
›
Article
›
peer-review
9
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Keyphrases
Olive Husk Ash
100%
Modified Asphalt
100%
Moisture Resistance
100%
Asphalt Mixture
83%
Bitumen
50%
Olive Husk
33%
Adverse Effects
16%
Agriculture
16%
Stiffness
16%
Moisture
16%
Jordan
16%
Water Effect
16%
Environmental Benefits
16%
Performance Enhancement
16%
Optimal Performance
16%
Cost Performance
16%
Cosmetic Products
16%
Reduced Volume
16%
Marshall Test
16%
Moisture Effect
16%
Olive Oil Production
16%
Limestone Aggregate
16%
Cleaning Solution
16%
Production Cost Reduction
16%
Wet Conditioning
16%
Road Pavement Design
16%
Optimum Bitumen Content
16%
Pavement Materials
16%
Engineering
Asphalt Mixture
100%
Moisture Resistance
100%
Test Method
16%
Environmental Benefit
16%
Oil Production
16%
Stability Test
16%
Optimal Performance
16%
Heating Purpose
16%
Pavement Construction
16%
Pavement Material
16%
Road Pavement
16%
Cosmetic Product
16%
Optimum Bitumen Content
16%
Rigidity
16%
Material Science
Asphalt Mixture
100%
Pavement
33%
Oil Production
16%
Cosmetics
16%
Limestone
16%