Egor Larionov
Papers
1
Total Citations
6
H-Index
1
About
Egor Larionov is a researcher at the forefront of physics-based simulation, with a primary focus on the numerical methods that bring deformable objects to life in computer animation. His work bridges the gap between applied mathematics and visual computing, tackling the complex dynamical systems that underpin realistic motion in virtual environments. Larionov’s most cited paper, "Simulating deformable objects for computer animation: A numerical perspective" (2021), with 6 citations, provides a comprehensive survey of numerical techniques used to simulate soft bodies, cloth, and other flexible materials. This work is a vital resource for researchers and practitioners in animation, robotics, control, and fabrication, offering a clear taxonomy of methods from implicit integration to model reduction. By demystifying the numerical challenges of real-time and offline simulation, Larionov has helped advance the fidelity and efficiency of virtual worlds. His contributions are particularly relevant for students and engineers seeking to understand the mathematical backbone of modern animation pipelines, where accuracy and speed must coexist.
Research Focus
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Top Papers
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