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SNUON의 다양한 강좌들을 수강신청 후 수강하실 수 있습니다.

전산구조해석 (2017)


모집기간 : 2019-09-01 ~ 2020-02-29
학습기간 : 2019-09-01 ~ 2020-02-29
  • 강좌 정보 및 소개

    차시

    차시명

    학습 모듈

    1

    Introduction and Review

    Introduction of Finite Element Analysis

    Procedure of Finite Element Analysis

    2

    Review of Principle of virtual work, Spring Element

    Review of Principle of virtual work

    Spring Element

    3

    System Assembly, Direct Stiffness method

    System Assembly

    Direct Stiffness method

    4

    Energy method, Truss structures

    energymethod

    Truss Structures - Direct Stiffness method

    5

    Truss Structures

    Truss Structures - Multiple element

    6

    Truss Structures, Flexural Element

    Truss Structures - 3 Dimensional

    Beam Element - 1

    7

    Flexural Element

    Beam Element - 2

    8

    Flexural Structure Analysis

    Flexural Structure Analysis - 1

    9

    Flexural Structure Analysis

    Flexural Structure Analysis - 2

    Flexural Structure Analysis with Educational program

    10

    Method of weighted residual

    Method of weghted residual

    11

    Method of weghted residual

    Method of weghted residual - 2

    Galerkin finite element method

    12

    Method of weghted residual

    Galerkin finite element method - 2

    Galerkin FE formulation for bar & beam element

    Galerkin FE formulation for Heat conduction problem

    13

    Interpolation Functions for General Element Formulation

    Compatibility and Completeness requirements-1

    Higher Order Element Shape function - 1

    14

    Interpolation Functions for General Element Formulation

    Compatibility and Completeness requirements-2

    Higher Order Element Shape function - 2

    Polynomial Forms

    Triangular Element -1

    15

    Interpolation Functions for General Element Formulation

    Triangular Element -2

    Rectangular Element

    Three-DimensionalElement

    Isoparametric Formulation - 1

    16

    Interpolation Functions for General Element Formulation

    Isoparametric Formulation - 2

    Axisymmetric Element

    Numerical Integration - 1

    Numerical Integration

    17

    Application in Solid Mechanics

    Plane stress - 1

    18

    Application in Solid Mechanics

    Plane stress - 2

    Plane strain

    19

    Application in Solid Mechanics

    Isoparametric formulation

    FE-programing - 1

    20

    Application in Solid Mechanics

    FE-programing - 2

    Stress calculation

    21

    Abaqus CAE Guide

    Abaqus CAE Guide

    22

    Application in Solid Mechanics

    Axisymmetric Stress Analysis

    23

    Application in Solid Mechanics

    General 3D stress element

    Failure creterion

    24

    Structural Dynamics

    The simple harmonic oscillator-1

    The simple harmonic oscillator-2

    Multiple Degrees of Frredom Systems

    25

    Structural Dynamics

    Bar/Beam Element

    General Element-1

    26

    Structural Dynamics

    General Element-2

    Time integration

  • 교수 정보

  • 교수진 소개

    학력:

    2002- 2006

    Ph.D.: University of Illinois Urbana-Champaign

    1994 - 1996

    M.S.: Korea Advanced Institute of Science and Technology

    1991 - 1994

    B.S.: Korea Advanced Institute of Science and Technology

     

    • 주요경력:

    2016.03.01 - Present

    Associate Professor Dept. of Mechanical & Aerospace Engineering, Seoul National University

    2013.08.26 - 2016.02.1

    Associate Professor(Tenured) The University of Akron

    2008.01.14 - 2013.08.25

    Assistant Professor The University of Akron

    2006.11.22 - 2008.01.13

    Post-doctoral Research Associate Dept. of Mechanical Eng. & Material Science, Washington University in St. Louis

    2003 - 2006

    Graduate Research Assistant Univ. Illinois Urbana-Champaign, Urbana

     

    • 주요논문: 1. G.J. Yun, L. Zhao, and E. Iarve, “Probabilistic Mesh-independent Discrete Damage Analyses of Laminate Composites,” Composite Structures Vol. 133(1), 2015, Page 22-30 (IF:3.318)
    1. S. Shang and G.J. Yun, “Stochastic Finite Element with Material Uncertainties: Implementation in a General-Purpose Simulation Program,” Finite Elements in Analysis and Design, Vol. 64, Page 65-78, 2012 (IF:2.017)
    2. G.J. Yun, and S. Shang, “A Self-Optimizing Inverse Analysis Method for Estimation of Cyclic Elasto-Plasticity Model Parameters,” International Journal of PlasticityVol. 27, Issue 4, Page 576-595, 2011 (IF:5.567)

     

  • 강좌코드 : 2019_80_C_2017_1_YGJ_2019_2
  • 과정 : 전산구조해석
  • 주수 : 26
  • 수강가능수 : 100000
  • 학점 : 0
  • 언어 : 한국어 (ko)
  • 태그 :
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