Fauci L J, McDonald A
Department of Mathematics, Tulane University, New Orleans, LA 70118, USA.
Bull Math Biol. 1995 Sep;57(5):679-99. doi: 10.1007/BF02461846.
The fluid dynamics of sperm motility near both rigid and elastic walls is studied using the immersed boundary method. Simulations of both single and interacting organisms are presented. In particular, we find that nearby organisms originally undulating with a 90 degree phase shift may adjust their relative swimming velocities and phase-lock. Comparisons with previous analytical results are also discussed. The tendency of a near-wall to attract organisms is demonstrated.
使用浸入边界法研究了精子在刚性壁和弹性壁附近的运动流体动力学。给出了单个生物体和相互作用生物体的模拟结果。特别地，我们发现原本以90度相移波动的附近生物体可能会调整它们的相对游动速度并锁相。还讨论了与先前分析结果的比较。证明了近壁吸引生物体的趋势。
