Presentation

MeshFEM: A Block-accelerated Solver for Nonlinear Finite Elements
SessionNumerical Methods for Geometry Processing
DescriptionWe present a high-performance Newton-type solver designed for the nonlinear finite element problems common in simulation and geometry processing. By leveraging the inherent block structure of spatially discretized systems across all solver phases, we achieve significant speedups over existing direct-solver-based frameworks without compromising accuracy, flexibility, or ease of use.
Authors
Haleh Mohammadian
University of California Davis
Xinzhuo Hu
University of California Davis
Roi Poranne
University of Haifa
Julian Panetta
University of California Davis
Event Type
Technical Paper
TimeWednesday, 22 July 20263:45pm - 3:55pm PDT
LocationRoom 403 B
Session Time & Location
Sunday, 19 July 20266:00pm - 8:45pm PDTHall K
Wednesday, 22 July 20263:45pm - 5:35pm PDTRoom 403 B
Keywords
Animation
Simulation
Registration Categories
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Full Conference
Next PresentationNext PresentationFast Sparse Matrix Permutation for Mesh-Based Direct Solvers
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