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Wetting / Surface tension / Dimensionless quantity / Surface energy / Differential geometry of curves / Surface chemistry / Fluid mechanics / Physics


Capillary deformations of bendable films by R.D. Schroll M. Adda-Bedia
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Document Date: 2013-02-22 08:42:40


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File Size: 452,23 KB

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Santiago / New York / Paris / Oxford / /

Company

Cambridge University Press / /

Country

Ecuador / France / United Kingdom / Chile / /

Facility

Oxford Centre / King Abdullah University of Science / Collaborative Applied Mathematics Mathematical Institute / University of Massachusetts / Mathematical Institute / /

IndustryTerm

hormonal signaling networks / elastic energy / axisymmetric solution / natural rubber / obvious solution / surface energy / energy / /

Organization

American Chemical Society / Mathematical Institute / Cambridge University / Oxford Centre / University of Massachusetts / National Science Foundation / Department of Polymer Science and Engineering / Oxford Centre for Collaborative Applied Mathematics / King Abdullah University of Science and Technology / Physics Department / Department of Energy office of Basic Energy Sciences ER45612 / Collaborative Applied Mathematics Mathematical Institute / Universidad de Santiago / Ecole Normale Sup´erieure / National Aeronautics and Space Administration / University of Massachusetts / Amherst / Petroleum Research Fund / /

Person

N. Menon / Jeffrey Robinson Mann Owen / R.D. Schroll / B. Davidovitch / Macdonald Merriman Ruuth / T.P. Russell / Hermann Byrne / Howell Shipley / Zhu Li Vakarelski Thoroddsen / P. Russell K.B. Toga / Nat / Knox Wilson Duffy McKee / Bruna Chapman / J. Huang N. Menon / H. King / Pridmore Helariutta Bennett Bishopp / /

Position

King / representative / /

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Utah / New York / Massachusetts / /

PublishedMedium

Soft Matter / /

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Av / /

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