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Martin L. Tanaka, Ph.D.

 

Martin L. Tanaka, Ph.D.Assistant Professor
Department of Orthopaedic Surgery

 

Wake Forest University Health Sciences
Medical Center Boulevard
Winston-Salem, North Carolina 27157-1070

 

336-716-6771
mtanaka@wfumbc.edu

 

Human Performance and Biodynamics Laboratory

 

EDUCATION:

 

  • B.S., Mechanical Engineering, North Carolina State University, Raleigh

  • M.S., Engineering Mechanics, Virginia Polytechnic Institute and State University, Blacksburg

  • Ph.D., Biomedical Engineering, Virginia Tech, Blacksburg, Virginia& Wake Forest University, Winston-Salem, North Carolina



RESEARCH INTERESTS:

 

  • biodynamic systems

  • orthopaedic biomechanics

  • mathematical modeling & nonlinear analysis

  • dynamics of cellular migration and cancer

  • human movement experiments

  • device design & industrial collaboration



RECENT PUBLICATIONS :

 

  • Tanaka ML, Ross SD, “Separatrices and basins of stability from time series data: an application to biodynamics”, (Submitted to Nonlinear Dynamics)

  • Tanaka ML, Granata KP, “Methods & Nonlinear Analysis for Measuring Torso Stability”, ASCE 18th Engineering Mechanics Division Conference, June 3-6, Blacksburg, VA, 2007

  • Tanaka ML, Nussbaum MA, Ross SD, "Evaluation of the Threshold of
    Stability for the Human Spine", Journal of Biomechanics, 42(8),
    1017-1022, (2009)
    PMID: 19345355

  • Tanaka ML, Debinski W, Puri IK, "Hybrid Mathematical Model of Glioma
    Progression", Cell Proliferation, in press, PMID: 19624684

  • Tanaka ML, Ross SD, "Separatrices and Basins of Stability from Time
    Series Data: An Application to Biodynamics", Nonlinear Dynamics, in
    press

  • Tanaka ML, "Biodynamic Analysis of Human Torso Stability using Finite
    Time Lyapunov Exponents," Ph.D. Dissertation, Virginia Polytechnic
    Institute and State University, (2008)

  • Smith CW, Wang L, Tanaka M, "Measurement of Non-Linear Effects in
    Cracked Particulate Composites," Mechanics of Composite Materials
    ---Non-linear Effects, M.W. Hyer, Ed., ASME Applied Mechanics Division,
    V. 159, pp. 263-272, (1993)


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> Affiliate Faculty
> Andersson, Karl-Erik
> Atala, Anthony
> Bassaganya-Riera, Josep
> Behkam, Bahareh
> Birkedal, John
> Bohn, Jan
> Brown, Gary
> Buehrer, Michael
> Burdette, Jonathan
> Campbell, Tom
> Carr, J. Jeffrey
> Carroll, David
> Chatterjee, Arjun
> Christ, George
> Dahlgren, Linda
> Davis, William
> Davy, Kevin
> Diller, Thomas
> Eng, Ludeman
> Ferguson, Cristine
> Fetrow, Jacquelyn
> Gage, Donald
> Goulbourne, Nakhiah
> Grange, Robert
> Hampton, Carnell
> Harrison, Benjamin
> Heath, Lenwood
> Herrington, David
> Holzwarth, George
> Huckle, William
> Hundley, William
> Inzana, Thomas
> Jones, Jeryl
> Jortner, Bernard
> Kim-Shapiro, Daniel
> Kremkau , Frederic
> Lanz, Otto
> Laubenbackher, Reinhard
> Laurienti, Paul
> Lazar, Iuliana
> Lee, Sang Jin
> Li, Liwu
> Link, Kerry
> Maldjian, Joseph
> Marsh, Anthony
> Meehan, Kathleen
> Moore, David
> Morykwas, Michael
> Ohanehi, Donatus
> Paul, Mark
> Plaut, Raymond
> Quek, Francis
> Robertson, John
> Ross, Shane
> Rubin, Bruce
> Rzigalinski, Beverly
> Schurig, Gerhardt
> Smith, Thomas
> Soker, Shay
> Sturges, Robert
> Suzuki, Yasuhiro
> Tafti, Danesh
> Tanaka, Martin
> Tyson, Reid
> Watson, Layne
> Wiesler, Ethan
> Yoo, James
> Zhang, Chenming

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