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ECF15 STRAIN ENERGY DENSITY PARAMETER APPROACH TO THE NON-LOCAL THEORY Małgorzata Kohut, Tadeusz Łagoda Technical University of Opole,
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Document Date: 2009-10-23 06:24:53


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City

Detroit / Amsterdam / Polanica / Lisboa / London / New York / Opole / /

Company

Cambridge University Press / Cabot / /

Country

Poland / /

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Facility

Tadeusz Łagoda Technical University of Opole / /

IndustryTerm

generalised energy criterion / released energy / non-local damage using crack energy / minimum strain energy density parameter / nonlocal strain energy strain energy parameter / strain energy density corresponding / shear strain energy / normal strain energy density / non-local strain energy densities / strain energy density parameter / energy approach / strain energy density / equivalent strain energy density parameter / energy density parameter / non-local strain energy density parameter / energy parameter / pseudoelastic strain energy densities / strain energy density parameter history / strain energy density parameters / normal strain energy / strain specific energy / generalized energy criterion / non-local equivalent strain energy density parameter / energy / /

Organization

Tadeusz Łagoda Technical University of Opole / Cambridge University / International Congress / Commission of the European Communities / /

Position

V.P. / /

ProvinceOrState

New York / /

PublishedMedium

Elsevier / /

Technology

simulation / /

SocialTag