• Title/Summary/Keyword: Materials Technology

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Computational multiscale analysis in civil engineering

  • Mang, H.A.;Aigner, E.;Eberhardsteiner, J.;Hackspiel, C.;Hellmich, C.;Hofstetter, K.;Lackner, R.;Pichler, B.;Scheiner, S.;Sturzenbecher, R.
    • Interaction and multiscale mechanics
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    • v.2 no.2
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    • pp.109-128
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    • 2009

  • Multiscale analysis is a stepwise procedure to obtain macro-scale material laws, directly amenable to structural analysis, based on information from finer scales. An essential ingredient of this mode of analysis is mathematical homogenization of heterogeneous materials at these scales. The purpose of this paper is to demonstrate the potential of multiscale analysis in civil engineering. The materials considered in this work are wood, shotcrete, and asphalt.

  • https://doi.org/10.12989/imm.2009.2.2.109 인용

A Study of R&D Paradigm For the Materials Technologies Involving Environmental Consciousness (재료기술의 환경패러다임 모색)

  • 하재우;권식철;김성준
    • Journal of Korea Technology Innovation Society
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    • v.2 no.1
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    • pp.104-117
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    • 1999

  • The R&D paradigm for the Materials Technologies involving Environmental Consciousness(MTEC) is sought in this paper with an emphasis on the background and importance of the METC. In this paper the MTEC is defined as "Green Materials Technology", and the Green Materials Technology is classified into four categories based on life cycle of the materials; \circled1Ecomaterials technology(materials design), \circled2Envimatec technology (manufacturing process), \circled3Materials life technology (use & maintenance) and \circled4Materials recycling technology (waste disposal). Each these four categories was introduced. In conclusion, the main R&D field and strategies for the four categories of the Green Materials Technology were suggested.

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