Advancing Computational Science with High-Order Finite Elements

Explore a 52-minute webinar from SIAM Activity Group on Supercomputing featuring Tzanio Kolev, a computational mathematician from Lawrence Livermore National Laboratory, who delves into the advancement of computational science through high-order finite elements. Learn how exascale architectures are driving the evolution of numerical algorithms, particularly those that maximize fine-grain parallelism and optimize floating-point operations relative to data movement. Discover recent developments in GPU-oriented algorithms and software for high-order meshing, discretizations, and solvers, while examining their practical applications in US Department of Energy projects. Gain insights into how high-performance computing is shaping the future of large-scale computational science, with special emphasis on modeling and simulation techniques designed for modern computing architectures.