- Coarse Graining
Mori-Zwanzig (task lead Panos Stinis) focuses on making the MZ formalism computationally manageable to open new avenues of application for coarse-graining methods.
- Particle-Based Methods
(task lead George Karniadakis) focuses on extending the spectrum of Lagrangian DPD-SDPD-SPH methods for modeling and making connections to the MZ formalism.
- Grid-Based Methods
(task lead Martin R. Maxey) focuses on develop grid-based high-order methods that are efficient for multi-phase dynamics and scale well at the system level while also capturing dominant fluctuations at mesoscale.
- Stochastic Methods
(task lead Guang Lin) focuses on developing methods to quantify the uncertainty in Hamiltonian systems, and calibrate the model parameters using data obtained from experimental measurements or from simulations of systems at a higher resolution.
- Concurrent Coupling
(task lead Michael L. Parks) focuses on developing concurrent multi-model coupling methods to address the challenge of bridging the spatial and temporal regimes that are individually described by distinct mathematical models and computational models.
- Fast Solvers
(task lead Jinchao Xu) focuses on developing new physics-based Schur complements and preconditions for multiscale dynamics within the algebraic multigrid.
- Scalable Algorithms and Applications
(task lead Wenxiao Pan) focuses on developing scalable method implementations within a software infrastructure that facilitates coupling with existing scalable simulation codes to allow method validation and verification based on simulations of real problems.