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An investigation of the relationship between thermal relaxations and the impact performance of rotationally moulded linear low density polyethylenes
L. T. Pick,
E. Harkin-Jones
School of Engineering
Faculty Of Computing, Eng. & Built Env.
Research output
:
Contribution to journal
›
Article
›
peer-review
4
Citations (Scopus)
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Dive into the research topics of 'An investigation of the relationship between thermal relaxations and the impact performance of rotationally moulded linear low density polyethylenes'. Together they form a unique fingerprint.
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Engineering
Performance
100%
Low Density Poly-Ethylene
100%
Thermal Relaxation
100%
Energy Engineering
75%
Crack Initiation
75%
Temperature
50%
Thermal Mechanical Analysis
50%
Correlation
25%
Polymers
25%
Temperature Range
25%
Test Temperature
25%
Impact Test
25%
Loss Modulus
25%
Keyphrases
Impact Performance
100%
Linear Low-density Polyethylene (LLDPE)
100%
Thermal Relaxation
100%
Crack Initiation Energy
75%
Dynamic Mechanical Thermal Analysis
50%
Test Temperature
25%
Metallocenes
25%
Ziegler-Natta
25%
Impact Dynamics
25%
Instrumented Impact Test
25%
Wide Temperature Range
25%
Loss Modulus
25%
Material Science
Temperature
100%
Density
100%
Polyethylene
100%
Crack Initiation
75%
Thermal Analysis
50%
Materials
25%
Polymers
25%
Impact Testing
25%
Chemical Engineering
Temperature
100%
Linear Low Density Polyethylenes
100%
Polymer
25%
Organometallics
25%