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Enhanced Second-Order Implicit Constraint Enforcement for Dynamic Simulation

Abstract: This paper proposes a second-order implicit constraint enforcement method which yields enhanced controllability compared to a first-order implicit constraints enforcement method. Although the proposed method requires solving a linear system twice, it yields superior accuracy from the constraints error perspective and guarantees the precise and natural movement of objects, in contrast to the first-order method. Thus, the proposed method is the most suitable for exact prediction simulations. This paper describes the numerical formulation of second-order implicit constraints enforcement. To prove its superiority, the proposed method is compared with the firstorder method using a simple two-link simulation. In this paper, there is a reasonable discussion about the comparison of constraints error and the analysis of dynamic behavior using kinetic energy and potential energy.

Links:
Paper [PDF]

Citation:
M. Hong, S. Welch, S. Jung, M. Choi, D. Park, "Enhanced Second-Order Implicit Constraint Enforcement for Dynamic Simulation" KSII Transaction on Internet and Information Systems, Vol. 2. No. 1, pp.51-63, 2008