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Deriving and Characterising Alternative Bitumen from Waste Plastics
Eman Omairey
, Yuqing Zhang
, Ignacio Artamendi
, Bob Allen
SCEDT Engineering
Research output
:
Chapter in Book/Report/Conference proceeding
›
Conference contribution
251
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Keyphrases
Bitumen
100%
Waste Plastics
100%
Low Density
57%
Modified Bitumen
57%
Polyethene
57%
Polypropylene
42%
Plastic Recycling
28%
Shear Modulus
28%
Healing Performance
28%
Bitumen Binder
28%
Fourier Transform Infrared Spectroscopy (FT-IR)
14%
Differential Scanning Calorimetry
14%
Impurities
14%
Enhanced Resistance
14%
Phase Angle
14%
Waste Recycling
14%
Viscous Behavior
14%
Rheological Properties
14%
Creep Test
14%
Healing Potential
14%
Engineering Performance
14%
Thermal Characteristics
14%
Fatigue Crack
14%
Fatigue Performance
14%
Dynamic Shear Rheometer
14%
Resistance to Fatigue
14%
Extender
14%
Frequency Sweep Test
14%
Plastic Types
14%
Infrared Spectroscopy Test
14%
Time Sweep Test
14%
Experimental Characterization
14%
Local Wastes
14%
Municipal Waste Plastic
14%
Recovery Test
14%
Plastic Waste
14%
Waste Polypropylene
14%
Healing Test
14%
Rutting Performance
14%
Chemical Functional Groups
14%
Multiple Stresses
14%
Resistance to Rutting
14%
Recycled Waste Plastic
14%
Reduced Phases
14%
Engineering
Modified Bitumen
100%
Shear Modulus
40%
Engineering
20%
Functional Group
20%
Thermal Characteristic
20%
Extender
20%
Experimental Characterization
20%
Derived Bitumen
20%
Rheometer
20%
FTIR Spectroscopy
20%
Phase Shift
20%
Sweep Frequency
20%