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Current Research
1.
Rheological measurements of the thermoviscoelastic
response of ultrathin polymer films
Publications
1. Meng Y.,
Bernazzani P., O'Connell P.A, McKenna G.B. and Sindee
Simon., “New Pressurizable Dilatometer for Measuring the
Time-Dependent Bulk Modulus and PVT Properties of Polymeric Materials”,
Rev. Sci. Inst., Accepted (2009)
2. O’Connell P.A., Hutcheson S.A and McKenna G.B.,
“Creep Behavior of Ultra-Thin Polymer Films”, J. Poly Sci Part B.
Poly Phys, 46(18), 1952-1965 (2008).
3.O’Connell P.A. and McKenna G.B., “A novel nanobubble
inflation method for determining the viscoelastic properties of
ultrathin polymer films”, Scanning, 30(2), 184-196 (2008).
4. O’Connell P.A.
and McKenna G.B.
“A novel nano-bubble inflation method for determining the
viscoelastic properties of ultrathin polymer films”, Rev. Sci.
Inst., 78 013901 (2007).
4.O'Connell PA, G.B.McKenna,
"Dramatic stiffening of ultrathin polymer films in the rubbery regime",
European Physical Journal E20 (2):143-150 June 2006.
5.
O’Connell P.A. and McKenna G.B. “Rheological Measurements of the
Thermoviscoelastic Response of Ultrathin Polymer Films”, Science, Vol.
307, No. 5716, 1760-1763 (2005)
6. O’Connell P.A.
Bonner M.J., Duckett R.A. and Ward I.M, “Effect of molecular
weight and branch content on the creep behavior of oriented
polyethylene”, Journal of Applied Polymer Science, 89(6), 1663-1670
(2003)
7. O’Connell P.A. and McKenna G.B, “The Non-Linear Viscoelastic
Response of Polycarbonate in Torsion An Investigation of
Time-Temperature and Time-Strain Superposition”, Mechanics of Time
Dependent Materials, 6, 207-229 (2002)
8. O’Connell P.A.
and Duckett R.A. and Ward I.M., “Brittle-Ductile Transitions in
Polyethylene”,
Polymer Engineering and Science 42(7), 1493-1508 (2002)
9. O’Connell P.A.
and McKenna G.B, “Arrhenius-like Temperature Dependence of the Segmental
Relaxation below Tg” J. Chem. Phys, 110 (22), 11054-11060 (1999).
My complete publication list
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