Exact(1)
This result supports our rotamer-based approach in the sense that residues that did not significantly move (rigid residues) are less prone to create or lose H-bonds than flexible residues.
Similar(58)
Two moving rigid bodies can contact with each other as the clearance between them is exceeded.
Our method also performs well for problems involving interactions between shocks and moving rigid bodies.
We further apply this algorithm to the coupling of flows with moving rigid bodies.
In this paper, we present a computation technique for the direct numerical simulation of freely moving rigid bodies in fluids.
In the first phase, the unsteady aerodynamic forces acting on moving rigid bodies are evaluated from the finite element analyses.
A novel immersed object method is developed for simulating two-dimensional unsteady incompressible viscous flows around arbitrarily moving rigid bodies.
A nonlinear model of visco-elastic balloon, interposed between a couple of moving rigid bodies, is formulated.
A numerical scheme for fully resolved simulation of particle fluid systems with freely moving rigid particles is developed.
In some applications like the simulation of electric machines or magnetic actuators, magnetic fields have to be computed in the presence of moving, rigid parts.
It is also shown that the presented method significantly improves the accuracy of the previous multigrid FBM to simulate particulate flows with many moving rigid particles.
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