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Topology / Connection / Differential geometry / Physics


A Model for the Break-up of a Tuft of Fibers Michael E. M. Lee BP Institute for Multiphase Flow, University of Cambridge, Madingley Road, Cambridge, CB3 0EZ, UK Gregory Kozyreff Optique Nonlin´eaire Th´eorique, Univers
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Document Date: 2009-07-20 09:53:44


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City

Phoenix / Cambridge / I. J / Bruxelles / /

Company

Oxford University Press / Crosrol Ltd. / Pergamon Press / Ellis Horwood Ltd / /

Country

Belgium / United Kingdom / /

Currency

TWD / /

Event

Product Recall / Product Issues / /

Facility

University of Oxford / University of Leeds / Textile Institute / Fibers Michael E. M. Lee BP Institute / Leeds University / University of Cambridge / Mathematical Institute / /

IndustryTerm

function law / asymptotic solutions / friction law / elasticity law / velocity-dependent friction law / constant friction law / /

Movie

For the moment / The set-up / /

Organization

Mathematical Institute / University of Cambridge / Textile Institute / BP Institute for Multiphase Flow / Leeds University / University of Leeds / Department of Textile Industries / Oxford University / Centre for Technical Textiles / University of Oxford / Department of Textile Industries at Leeds University / /

Person

C. Lawrence / H. Ockendon / C. Iype / Hilary Ockendon / Abbas / C. A. Lawrence / E. M. Lee / B. Greenwood / W. Cooke / M. Mahmoudi / Peter D. Howell / A. A. Dehghani / Gregory Kozyreff Optique Nonlin / M. R. Mahmoudi / /

Position

model for tuft breakage / /

Product

force / B-1050 Bruxelles / /

PublishedMedium

Journal of Fluid Mechanics / /

TVStation

Kgf / /

Technology

simulation / /

SocialTag