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Learn six steps to design and implement a realistic and representative workload model for your numerical simulation goal and system.
Learn how to choose the best GPU for your numerical simulation project based on budget, objectives, software, and hardware factors. Boost your performance with…
Learn what multiscale problems are, why they are challenging, and how to tackle them with different computational methods that can communicate and cooperate across…
Learn about the stochastic finite element method (SFEM), a versatile method for solving PDEs with uncertainty, and its applications and challenges.
Learn how to select, compare, evaluate, optimize, and report your contact model for discrete element method (DEM) simulations of granular media.
Learn how to collaborate and share your numerical simulation workflows and tools using version control, documentation, automation, standardization, sharing, and…
Learn how to choose and create suitable stochastic inputs and parameters for SFEM models using random variables, random fields, and probabilistic distributions.
Learn how to balance the trade-off between accuracy and efficiency in multiscale modeling of materials with this article. Find out different methods, metrics, and…
Learn what high-fidelity CFD methods such as LES or DNS are, why they are useful, what are their benefits and challenges, and how to choose the best method for your…
Learn how to deal with common mesh-related issues such as boundary conditions, singularities, and discontinuities for numerical simulation.
Learn about the challenges and limitations of using the finite difference method (FDM) for solving complex partial differential equations (PDEs) and how to overcome…