Treffer 1 - 7 von 7 für Suche 'Joo, HyunShig', Suchdauer: 0,54s Treffer weiter einschränken
  1. 1
    Detailed structural analysis for fiber-reinforced polymer with singularities via FETI domain decomposition

    Detailed structural analysis for fiber-reinforced polymer with singularities via FETI domain decomposition von Gong, DuHyun, Kang, Seung-Hoon, Joo, HyunShig, Cho, Haeseong, Chun, Taeyoung, Shin, SangJoon

    Veröffentlicht in Journal of composite materials

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  2. 2
    Elastoplastic and contact analysis based on consistent dynamic formulation of co-rotational planar elements

    Elastoplastic and contact analysis based on consistent dynamic formulation of co-rotational planar elements von Cho, Haeseong, Joo, HyunShig, Shin, SangJoon, Kim, Haedong


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  3. 3
    Equivalent Structural Modeling Using Laminated Composite Shell Analysis for the Nozzle Component of a Launch Vehicle Engine

    Equivalent Structural Modeling Using Laminated Composite Shell Analysis for the Nozzle Component of a Launch Vehicle Engine von Kim, Seil, Cho, Haeseong, Joo, Hyunshig, Shin, SangJoon, Kwak, JunYoung


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  4. 4
    Fast and Novel Computational Methods for Multi-scale and Multi-physics: FETI and POD-ROM

    Fast and Novel Computational Methods for Multi-scale and Multi-physics: FETI and POD-ROM von Lee, Si-Hun, Kim, Yongse, Gong, DuHyun, Joo, HyunShig, Cho, Haeseong, Kim, Haedong, Shin, SangJoon


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  5. 5
    Parametric study of a VLS based on 2-D FSI analysis

    Parametric study of a VLS based on 2-D FSI analysis von Joo, HyunShig, Cho, Haeseong, Lee, Younghun, Shin, SangJoon, Yoh, Jack J., Shin, Jae-Cheol


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  6. 6
    Parallel computation for three-dimensional shell analysis of curved configuration based on domain decomposition method

    Parallel computation for three-dimensional shell analysis of curved configuration based on domain decomposition method von Joo, HyunShig, Cho, Haeseong, Kim, Seil, Shin, SangJoon, Kwak, JunYoung


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  7. 7
    Development of Nonlinear Structural Analysis Using Co-rotational Finite Elements with Improved Domain Decomposition Method

    Development of Nonlinear Structural Analysis Using Co-rotational Finite Elements with Improved Domain Decomposition Method von Cho, Haeseong, Kwak, Jun Young, Joo, Hyunshig, Shin, SangJoon


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