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The  focus  of  this  paper  is  the  newly  developed  Enhanced ChainMail  Algorithm  that  will  be  used  for  modeling  the  vitreous  hu - mor  in the eye  during  surgical  simulation The  simulator  incorporates both visualization and biomechanical modeling of a vitrectomy, an intra - ocular  surgical  procedure  for  removing  the  vitreous  humor The  En - hanced ChainMail  algorithm extends the capabilities of an existing al - gorithm for modeling deformable tissue, 3D ChainMail, by enabling the modeling of inhomogeneous material In this paper, we present the en - hanced algorithm and demonstrate its capabilities in 2D

Biomechanical simulation of the vitreous humor in the eye using an Enhanced ChainMail Algorithm