Search Results - "Harrigan, T.P"

Human head–neck computational model for assessing blast injury by Roberts, J.C, Harrigan, T.P, Ward, E.E, Taylor, T.M, Annett, M.S, Merkle, A.C

“…Abstract A human head finite element model (HHFEM) was developed to study the effects of a blast to the head. To study both the kinetic and kinematic effects…”
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A three-dimensional non-linear finite element study of the effect of cement-prosthesis debonding in cemented femoral total hip components by Harrigan, T P, Harris, W H

“…A three-dimensional non-linear finite element analysis of a cemented femoral component in which the component was partially debonded from the cement mantle was…”
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Verification and implementation of a modified split Hopkinson pressure bar technique for characterizing biological tissue and soft biosimulant materials under dynamic shear loading by Trexler, M.M., Lennon, A.M., Wickwire, A.C., Harrigan, T.P., Luong, Q.T., Graham, J.L., Maisano, A.J., Roberts, J.C., Merkle, A.C.

“…Modeling human body response to dynamic loading events and developing biofidelic human surrogate systems require accurate material properties over a range of…”
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An analytical and numerical study of the stability of bone remodelling theories: dependence on microstructural stimulus by Harrigan, T P, Hamilton, J J

“…The origin of unstable bone remodelling simulations using strain-energy-based remodelling rules was studied mathematically in order to assess whether the…”
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A finite element study of the effect of diametral interface gaps on the contact areas and pressures in uncemented cylindrical femoral total hip components by Harrigan, T P, Harris, W H

“…Uncemented femoral total hip components rely entirely on contact with the prepared femur for their initial fixation. The contact areas and stresses between a…”
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On the sufficiency conditions for the stability of bone remodeling equilibrium by Cowin, S C, Luo, G M, Sadegh, A M, Harrigan, T P

“…In this technical note a sufficiency condition is established for the stability of a strain-energy-based bone remodeling theory in the special case of a beam…”
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Cartilage is poroelastic but not biphasic by Harrigan, T P

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Palpation tomography - a new technique for modulus estimation in Elastography by Konofagou, E.E., Harrigan, T.P.

“…In Elastography, strain estimation has been shown to be far more reliable compared to the elastic properties obtained using reconstruction techniques. In this…”
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