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com:hvdequations [2019/04/25 15:05]
phil
com:hvdequations [2019/04/25 16:16] (current)
phil [HVD Coefficient Equations]
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-====== HVD Element ======+====== HVD Element ​Information ​======
  
 ===== HVD Coefficient Equations ===== ===== HVD Coefficient Equations =====
  
 \\ \\
-$$ C_{nr(\omega)} = K_n*\frac{(\frac{\omega}{\omega_n})^2}{1+(\frac{\omega}{\omega_n})^2} +$$ C_{nE(\omega)} = K_n*\frac{(\frac{\omega}{\omega_n})^2}{1+(\frac{\omega}{\omega_n})^2} 
-\qquad C_{ni(\omega)} = K_n*\frac{\frac{\omega}{\omega_n}}{1+(\frac{\omega}{\omega_n})^2} $$+\qquad C_{nV(\omega)} = K_n*\frac{\frac{\omega}{\omega_n}}{1+(\frac{\omega}{\omega_n})^2} $$
 \\ \\
 $$ \omega_n = K_n/B_n \qquad n = \text{v or h} $$ $$ \omega_n = K_n/B_n \qquad n = \text{v or h} $$
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 & & & & & & & & & & & &0 \\ & & & & & & & & & & & &0 \\
 \end{bmatrix} $$ \end{bmatrix} $$
-The real (stiffness) and imaginary ​(damping) parts of the HVD element share the same pattern.+The elastic ​(real) and viscous ​(imaginary) parts of the HVD element share the same pattern ​matrix.
  
com/hvdequations.1556219159.txt.gz · Last modified: 2019/04/25 15:05 by phil