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Advances in Physics-Based Topology Changes for Fluid Simulation

This work explores innovative methods for simulating fluid dynamics through physics-based topology changes. It focuses on surface tracking with both implicit and explicit surface representations, enabling accurate modeling of fluid interactions and behaviors. By implementing adaptive techniques, the study aims to enhance the realism and efficiency of simulations in various applications, ranging from engineering designs to animation in visual effects. The combination of theoretical insights and practical applications sets the stage for future developments in fluid simulation technologies.

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Advances in Physics-Based Topology Changes for Fluid Simulation

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  1. Physics-based Topology Changes for Simulation of Fluids Lei Wang

  2. Surface Tracking

  3. Implicit Surface Representation

  4. Explicit Surface Representation

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