Dynamic modeling and neural network compensation for rotating Euler-Bernoulli beam using a novel deformation description method
D Shang, X Li, M Yin, F Li - Mechanics Based Design of Structures …, 2023 - Taylor & Francis
Dynamic models that consider multiple nonlinear factors including the two-dimensional
deformation and higher-order modes are too computationally complex to be suitable for real …
deformation and higher-order modes are too computationally complex to be suitable for real …
[PDF][PDF] Dynamic modeling and neural network compensation for rotating Euler-Bernoulli beam using a novel deformation description method
D Shang, X Li, M Yin, F Li - researchgate.net
Dynamic models that consider multiple nonlinear factors including the two-dimensional
deformation and higher-order modes are too computationally complex to be suitable for real …
deformation and higher-order modes are too computationally complex to be suitable for real …
[PDF][PDF] Dynamic modeling and neural network compensation for rotating Euler-Bernoulli beam using a novel deformation description method
D Shang, X Li, M Yin, F Li - researchgate.net
Dynamic models that consider multiple nonlinear factors including the two-dimensional
deformation and higher-order modes are too computationally complex to be suitable for real …
deformation and higher-order modes are too computationally complex to be suitable for real …