Finite

  • 홈
  • 방명록

buckling 2

6_Buckling analysis (COMSOL)

In the previous post, I used HyperMesh to perform buckling analyses, calculate analytic solutions, and compare them. In this post, I'll use COMSOL to solve the same problem. I'm actually more familiar with HyperMesh than COMSOL, so my method may not be correct and there may be a better way. I use COMSOL Multiphysics 6.0 version Run COMSOL - 2D - Beam - Add - Study Preset Studies for Selected Phy..

Structural Analysis/COMSOL 2023.12.06

5_Buckling analysis

Buckling is important concept in stuctural engineering. A material or structure that deforms or failure under compressive forces. Buckling is most commonly observed in slender and long structural element like columns or beams, which bend or curve outward when unable to withstand the applied compressive forces. First, compute the analytic solution. where $n$ is mode number, $E$ is Young's modulus..

Structural Analysis/OptiStruct 2023.12.05
이전
1
다음
더보기
프로필사진

Learning and sharing my interests

  • All Categories (173)
    • Deep Learning (44)
    • Finite Element Method (37)
    • Fluid Dynamics (9)
    • Optimization Technique (25)
    • Numerical Methods (30)
    • Paper Review (1)
    • Structural Analysis (24)
      • OptiStruct (15)
      • COMSOL (7)
      • Ansys (2)
    • CFD (3)
      • Ansys Fluent (3)

Tag

Fea, static, FEM, pendulums, Cantilever Beam, modal, radioss, finite element method, COMSOL, hypercrash, Linear, finite element, optistruct, Vibration, nonlinear, buckling, impact analysis, mechanical vibration, HyperMesh, weighted residual methods,

최근글과 인기글

  • 최근글
  • 인기글

Archives

Calendar

«   2026/01   »
일 월 화 수 목 금 토
1 2 3
4 5 6 7 8 9 10
11 12 13 14 15 16 17
18 19 20 21 22 23 24
25 26 27 28 29 30 31

방문자수Total

  • Today :
  • Yesterday :

Copyright © Sh_Lee. All rights reserved.

티스토리툴바