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Author Index:
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B
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E
F
G
H
I
J
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L
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P
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B
Busfield, J.
Smart Rubber: Is It Nearing Reality?
F
Faust, R.
Syntheses and Characterization of Novel Biostable Polyisobutylene Based Thermoplastic Polyurethanes
Futamura, S.
Concept of Deformation Index to Calculate Energy Loss and Rolling Resistance of Tires
G
Giannelis, E.
Measuring Interfacial Strength in Clay, Sio2 and Carbon Black Filled SBR
Gunes, I. S.
Analysis of Non-Covalent Interactions Between the Nanoparticulate Fillers and the Matrix Polymer as Applied to Shape Memory Performance and Spun Fiber Properties
H
Halasa, A.
Advances in Trans Polymers for Low Rolling Resistance Tires
J
Jana, S. C.
Analysis of Non-Covalent Interactions Between the Nanoparticulate Fillers and the Matrix Polymer as Applied to Shape Memory Performance and Spun Fiber Properties
K
Kohler, J.
Development of an Aged Tire Durability Standard - An Overview
Kresge, E.
Polyolefin Elastomers
L
Lee, B. J.
Analysis of Non-Covalent Interactions Between the Nanoparticulate Fillers and the Matrix Polymer as Applied to Shape Memory Performance and Spun Fiber Properties
M
MacIsaac, Jr., J. D.
Summary of NHTSA Tire Aging Test Development Research
Madl, A.
Considering Nanomaterials in the Risk Assessment Paradigm: The Role of Nanoparticle Physicochemistry
N
Noordermeer, J. W.
A Key to Enhanced Compatibility and Dispersion in Reinforced Rubber Compounds
P
Padovan, J.
Overall Optimization of Tire Performance with Emphasis on Rolling Resistance
Petersen, E.
Consumer Reports Tire Testing: Consumer Considerations in Purchasing Replacement Tires
R
Roy, S.
Analysis of Non-Covalent Interactions Between the Nanoparticulate Fillers and the Matrix Polymer as Applied to Shape Memory Performance and Spun Fiber Properties
S
Schuster, R. H.
Functional Nanostructured Elastomer-Composites
T
Tuvell, R.
Passenger Tires-A Role for Government Beyond Safety
V
Vaia, R.
Shape Memory Polymer Nanocomposites: Impact of Nanoparticles on Energy Storage, Strain Set and Recovery
Vanooij, W. J.
Stability of the Rubber-Brass Interface in Tires – Is There Room for Further Improvement?
W
Waddell, W. H.
Effect of IPR Loss Rates on Tire Rolling Resistance, Vehicle Fuel Economy, and CO2 Emissions
Walter, J.
Overview of Tire Rolling Friction
Y
Yurkovich, Jr., C. G.
Tire Industry Challenges in Uncertain Times
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