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Effects of OASIS® phenolic foam on hydraulic behaviour of permeable pavement systems
Mohamed Heweidak,
Shohel Amin
School of Engineering and Technology
College of Engineering and Physical Sciences
Research output
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Contribution to journal
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Article
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peer-review
Overview
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Dive into the research topics of 'Effects of OASIS® phenolic foam on hydraulic behaviour of permeable pavement systems'. Together they form a unique fingerprint.
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Engineering
Application Program
100%
Design Parameter
50%
Hydraulics
100%
Optimum Design
50%
Pavement
100%
Pavement System
100%
Peak Flow
50%
Phenolics
100%
Rainfall Intensity
100%
State Behavior
50%
Storage Capacity
50%
Keyphrases
Application Program
25%
Constructor
12%
Drain Efficiency
12%
Environmental Agency
12%
Foam Material
12%
Groundwater
12%
Highways Agency
12%
Hydraulic Behavior
100%
Hydraulic Properties
12%
Infiltration Rate
12%
Maximum Rainfall
12%
Obstetric Anal Sphincter Injuries (OASIS)
100%
Optimum Design Parameter
12%
Paper Design
12%
Pavement Structure
25%
Peak Flow
12%
Performance Efficiency
12%
Permeable Pavement System
100%
Phenolic Foam
100%
Rainfall Intensity
25%
Saturation Level
12%
Steady-state Behavior
12%
Stormwater
25%
Stormwater Flow
25%
Sustainable Drainage
12%
Water Storage Capacity
12%