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43 Ship stability and parametric rolling * Z Jovanoski † and G Robinson School of Physical, Environmental and Mathematical Sciences, UNSW@ADFA, Canberra, ACT
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Document Date: 2014-11-25 20:53:00


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Santos / Canberra / London / New York / Oxford / /

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Netherlands / United Kingdom / /

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Facility

University of New South Wales / University of Melbourne / Royal Melbourne Institute of Technology / The University of New South Wales / Monash University / Rice University / Nautical Institute / /

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roll energy / oscillatory solutions / contemporary applications / transportation / time-series solution / mathematical software package / analytical tools / non-autonomous systems / typical numerical solutions / /

Organization

University of Melbourne / Robinson School of Physical / Environmental and Mathematical Sciences / Nautical Institute / University of New South Wales / Rice University / Monash University / Australian Defence Force Academy / Royal Melbourne Institute of Technology / /

Person

Zlatko Jovanoski / Robinson References Abramowitz / John Polking / GARRY ROBINSON / Annabelle Boag / Robinson Figure / Robinson Heel / /

Position

editor / Lecturer / Corresponding author / /

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MATLAB / Ruby / /

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New South Wales / New York / /

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Elsevier / American Journal of Physics / /

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South Wales / /

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http / /

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www.iopb.res.in/~somen/abramowitz_ / www.math.rice.edu/~dfield / http /

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