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Electromagnetism / Metallurgy / Smart materials / Magnetic shape-memory alloy / Shape-memory alloy / Ferromagnetism / Magnetic anisotropy / Nickel titanium / Magnetic domain / Physics / Magnetic ordering / Materials science


DEVELOPMENT OF FERROMAGNETIC SHAPE MEMORY ALLOYS FOR SENSING, ACTUATING AND SHAPE MORPHING APPLICATIONS
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Document Date: 2007-09-17 12:15:26


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City

Reading / New York / /

Company

Addison-Wesley Publishing Company / Cambridge University Press / John Wiley and Sons / Kmart / /

Country

United Kingdom / /

Facility

Polytechnic Institute / /

IndustryTerm

energy contribution / elastic energy / magnetic energy description / free energy / martensite free energy / chemical free energy / magnetic energy contributions / predictive alloy design tool / magnetic exchange energy / magnetic anisotropy energy term / magnetostatic energy / free energy terms / free energy description / magnetocrystalline anisotropy energy / mathematical free energy / twin boundary energy / elastic strain energy / Free energy functionals / energy difference / free energy contribution / energy contributions / low localized strain energy / predictive tool / magnetic and martensitic energy contributions / alloy design tool / energy / magnetic free energy / /

Organization

Cambridge University / NASA Langley Research Center / Polytechnic Institute / /

Person

Yu Wang / J.K. Huang / V / Todd M. Heil / William T. Reynolds / /

Position

Advisor / V. Acknowledgements The author / PHASE-FIELD COMPUTER MODEL / /

ProvinceOrState

New York / Massachusetts / /

Technology

simulation / /

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