Is it "value" the damping coefficent?, otherwise is not quite clear for me how to find the damping coefficen for every vibration mode on Abaqus, thanks for your answer.....great video!
If the material property is orthotropic or anisotropic, then how to calculate the natural frequencies and eigen modes? Is there any paper or reference with in detail mathematics ?
well, I am not that much familar with anisotropic analytical solution...but by quick searching, I can easily find the following paper, Jinghui Zhang, New analytical free vibration solutions of orthotropic rectangular thin plates using generalized integral transformation...maybe it could be sort of start point for you!
Is it "value" the damping coefficent?, otherwise is not quite clear for me how to find the damping coefficen for every vibration mode on Abaqus, thanks for your answer.....great video!
thank you Sir but can you tell how can i find a longitudinal natural frequency axial vibration please in abaqus
thank you Sir but can you tell how can i find a longitudinal natural frequency axial vibration please
If the material property is orthotropic or anisotropic, then how to calculate the natural frequencies and eigen modes? Is there any paper or reference with in detail mathematics ?
well, I am not that much familar with anisotropic analytical solution...but by quick searching, I can easily find the following paper, Jinghui Zhang, New analytical free vibration solutions of orthotropic rectangular thin plates using generalized integral transformation...maybe it could be sort of start point for you!
@@Ahn.Eng. Thank you! I will surely check it out !
🙏🏻❤️👌