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국내 최대 기계·건설 공학연구정보
통합검색 화살표
  • Fortus 450mc (3D 제조시스템)
  • 물성치테이블

    영문 : Modal frequencies in Hz for cylindrical shell with closure for H/R=1.85

    2020-02-26

    International Journal of Steel Structures Vol.20 No.1 2020 - pFree vibration Analysis of Thin Circular Cylindrical Shell with Closure Using Finite Element Method

    영문 : Modal frequencies in Hz for cylindrical shell with closure for H/R=0.6

    2020-02-25

    International Journal of Steel Structures Vol.20 No.1 2020 - pFree vibration Analysis of Thin Circular Cylindrical Shell with Closure Using Finite Element Method

    영문 : Time period in seonds for H/D = 0.24 of tank

    2020-02-25

    International Journal of Steel Structures Vol.20 No.1 2020 - pFree vibration Analysis of Thin Circular Cylindrical Shell with Closure Using Finite Element Method

    영문 : Time period in seonds for H/D = 0.4 of tank

    2020-02-25

    International Journal of Steel Structures Vol.20 No.1 2020 - pFree vibration Analysis of Thin Circular Cylindrical Shell with Closure Using Finite Element Method

    영문 : Time period in seonds for H/D = 0.63 of tank

    2020-02-25

    International Journal of Steel Structures Vol.20 No.1 2020 - pFree vibration Analysis of Thin Circular Cylindrical Shell with Closure Using Finite Element Method

    영문 : Modal frequncies in Hz for non-closure shell

    2020-02-25

    International Journal of Steel Structures Vol.20 No.1 2020 - pFree vibration Analysis of Thin Circular Cylindrical Shell with Closure Using Finite Element Method

    Comparison of modal frequncies in Hz between present FEM and results obtained by Lee and Kwak

    2020-02-25

    International Journal of steel structures Vol.20 No.1 Feb. 20202015 (H=600mm, R=150mm, h=1mm - pFree Vibration Analysis of Thin Circular Cylindrical Shell with Closure Using Finite Element Method

    Comparison of modal frequencies for a clamped-clamped

    2020-02-25

    International Journal of STEEL STRUCTURE Vol.20 No.1 Feb.2020C-C cylindrical shell between present method and results obtained by Zhang et al. (2001 (H=20m, R=1m, h=0.01m - pFree Vibration Analysis of Thin Circular Cylindrical Shell with Closure Using Finite Element Method

    The following table shows the maximum load capacity of all the

    2020-02-20

    International Journal of STEEL STRUCTURES Vol.20 No.1 Feb. 2020DoE generated models. These cases were analyzed numerically and using ANSYS-ANN (4-6-3 and MATLAB-ANN (4-16-3 - pArtificial Neural Networks (ANN) Based Compressive Strength Prediction of AFRP Strengthened Steel Tu..

    영문 : The error between FEA and ANN predicted results of new design point

    2020-02-20

    International Journal of STEEL STRUCTURES Vol.20 No.1 Feb. 2020DoE generated models. These cases were analyzed numerically and using ANSYS-ANN (4-6-3 and MATLAB-ANN (4-16-3 - pArtificial Neural Networks (ANN) Based Compressive Strength Prediction of AFRP Strengthened Steel Tu..

    영문 : Comparison between FEA results and predicted ANN results of new design point

    2020-02-20

    International Journal of STEEL STRUCTURES Vol.20 No1 Feb. 2020DoE generated models. These cases were analyzed numerically and using ANSYS-ANN (4-6-3 and MATLAB-ANN (4-16-3 - pArtificial Neural Networks (ANN) Based Compressive Strength Prediction of AFRP Strengthened Steel Tu..

    영문 : Comparison of test value and theoretical result

    2020-02-13

    한국강구조학회 논문집 제31권 제6호DoE generated models. These cases were analyzed numerically and using ANSYS-ANN (4-6-3 and MATLAB-ANN (4-16-3 - pPush-out 실험을 통한 앵글형 전단연결재의 내력 평가

    영문 : Result of push-out test

    2020-02-13

    한국강구조학회 논문집 제31권 제6호DoE generated models. These cases were analyzed numerically and using ANSYS-ANN (4-6-3 and MATLAB-ANN (4-16-3 - pPush-out 실험을 통한 앵글형 전단연결재의 내력 평가

    영문 : Result of material test

    2020-02-13

    한국강구조학회 논문집 제31권 제6호DoE generated models. These cases were analyzed numerically and using ANSYS-ANN (4-6-3 and MATLAB-ANN (4-16-3 - pPush-out 실험을 통한 앵글형 전단연결재의 내력 평가

    영문 : Summary of test specimen

    2020-02-13

    한국강구조학회 논문집 제31권 제6호DoE generated models. These cases were analyzed numerically and using ANSYS-ANN (4-6-3 and MATLAB-ANN (4-16-3 - pPush0out 실험을 통한 앵글형 전단연결재의 내력 평가

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