Good Vibrations with Freeball's video: Beam Finite Element - Deriving the Geometric Stiffness Matrix

@Beam Finite Element - Deriving the Geometric Stiffness Matrix

Deriving the geometric stiffness matrix for a beam with an axial load. This effect is important when analyzing large, geometrically nonlinear displacements, rotating beam like in the case of turbo machinery as well as for the buckling of columns. The videos below are prerequisites for the current video. It will be helpful to watch them first. Transverse Vibration Analysis of an Axially-Loaded Euler-Bernoulli Beam https://www.youtube.com/watch?v=gETXbAA_808 Column Buckling https://www.youtube.com/watch?v=PxHNEIqrMCA

finite element modeling geometric stiffening column buckling nonlinear bending transverse vibrations large displacements large deflections nonlinear geometry geometric nonlinear

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This video was published on 2020-10-20 12:30:03 GMT by @Good-Vibrations-with-Freeball on Youtube. Good Vibrations with Freeball has total 30.1K subscribers on Youtube and has a total of 170 video.This video has received 161 Likes which are lower than the average likes that Good Vibrations with Freeball gets . @Good-Vibrations-with-Freeball receives an average views of 6.5K per video on Youtube.This video has received 17 comments which are lower than the average comments that Good Vibrations with Freeball gets . Overall the views for this video was lower than the average for the profile.

Good Vibrations with Freeball's video: Beam Finite Element - Deriving the Geometric Stiffness Matrix

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