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Materials science / Continuum mechanics / Non-Newtonian fluids / Deformation / Dynamic modulus / Viscoelasticity / Hyperelastic material / Strain energy density function / Stress / Mechanics / Physics / Solid mechanics


ANALYTICAL, FIRST PRINCIPLES MODELING OF ELASTOMERIC DAMPERS Sesi Kottapalli Flight Vehicle Research and Technology Division NASA Ames Research Center Moffett Field, California [removed]
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Document Date: 2010-01-08 05:29:48


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File Size: 3,98 MB

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City

San Francisco / /

Company

American Helicopter Society International Inc. / Materials Technologies Corporation / Yogesh Mehrotra Materials Technologies Corporation / /

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Event

M&A / /

Facility

Aerospace Engineering Georgia Institute of Technology Atlanta / /

IndustryTerm

strain energy density functions / energy dissipation components / energy dissipation / free energy function / free energy / strain energy functions / strain energy / strain energy function / analytical tools / finite element tool / strain energy density function / nonequilibrium free energy functions / present finite element tool / finite element based tool / modeling tools / energy / /

Organization

Aerospace Engineering Georgia Institute of Technology Atlanta / National Aeronautics and Space Administration / /

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Ref / Fig / /

Position

Zener model / Haupt-Sedlan model / the H-S model / Lion model / H-L model / uniaxial rheological model / judge / /

ProvinceOrState

California / Georgia / /

Technology

thermodynamics / simulation / /

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