Criscione, J.C.,
McCulloch, A.D., Hunter, W.C., 2001. Scalar
strain attributes with minimal
covariance in hyperelasticity, for laminar materials with one
fiber family. Submitted to JMPS 5/2001.
Criscione, J.C.,
Hunter, W.C., 2001. Kinematic framework for
materials with two separate families of parallel
fibers. Submitted to JMPS 5/2001.
Hunter, W.C., Criscione,
J.C., 2001. Natural strain constitutive
functions determined from finite torsion tests of
isotropic, incompressible cylinders. Submitted to
Journal of Applied Mechanics 4/2001.
Hunter, W.C., Criscione,
J.C., 2001. Natural strain estimated
directly from the Cauchy-Green deformation tensor.
Submitted to International Journal of Solids
and Structures 4/2001.
Criscione, J.C.,
Douglas, A.S., Hunter, W.C., 2001. Physically
based strain variant set for materials exhibiting
transversely isotropic behavior. Journal of
Mechanics and Physics of Solids, 49:871-897.
Criscione, J.C.,
2000. Direct tensor expression for natural strain
and compact look-up table method. Submitted to International
Journal of Computers and Structures 9/2000.
Criscione, J.C.,
Humphrey, J.D., Douglas A.S., Hunter, W.C., 2000.
An invariant basis for natural strain which
yields orthogonal stress response terms in
isotropic hyperelasticity. Journal of
Mechanics and Physics of Solids, 48:2445-2465.
Criscione, J.C.,
Lorenzen-Schmidt, I., Humphrey, J.D., Hunter, W.C.,
1999. Mechanical contribution of endocardium
during finite extension and torsion experiments
on papillary muscles. Annals of Biomedical
Engineering, 27(2):123-130.
Presentations
& Abstracts
Criscione, J.C.
(2001, September) Optimal choice of strain
invariants for materials exhibiting transversely
isotropic behavior. Accepted for presentation at
Life Sciences 2001 sponsored by the Society of
Industrial and Applied Mathematics.
Criscione, J.C.
(2001,
June) Contrary to Mooney's classical result, a
Mooney-Rivlin type response is not to be expected
for rubber undergoing small strain. Presented at
2001 Mechanics and Materials Conference sponsored
by ASME, ASCE, and SES.
Criscione, J.C.,
Covell, J.W., Omens, J.H., McCulloch, A.D. (2000,
April) Anatomically Anchored, Curvilinear
Coordinate System for Defining the Macro- and
Micro-Structure of the Heart. Presented at the
FASEB 2000 meeting.
Criscione, J.C.,
Hunter, W.C., McCulloch, A.D. (2000, April)
Physically Meaningful Constitutive Relation for
Myocardium. Presented at FASEB 2000 meeting.
Criscione, J.C.,
McCulloch, A.D., Omens, J.H., Covell, J.W. (2000,
January) Determining the Influence of a Genetic
Mutation (MLP Knockout) on the Laminar Structure
of the Heart is a Quantitative Challenge in
Mechanics. Presented at LJIS2000, Quantitative
Challenges in the Post-Genomic Sequence Era.
Criscione, J.C.,
Humphrey, J.D., Hunter, W.C. (1998, September)
Natural strain invariants for isotropic finite
hyperelasticity. Paper presented at the Thirty-fifth
Annual Technical Meeting , Society of Engineering
Science, Pullman, WA.
Criscione, J.C.,
Lorang, D.M., Hunter, W.C. (1997, November) Could
end-systolic torsional elastic energy contribute
to early filling? Paper presented at the
Seventieth Scientific Session of the American
Heart Association, Orlando, FL.
Criscione, J.C.,
Lorang, D.M., Hunter, W.C. (1997, October) A
novel invariant basis for myocardial response
allows unification of biaxial and torsional data.
Paper presented at the Annual Fall Meeting of the
Biomedial Engineering Society, San Diego, CA.
|
