Fields- Workshop on Controlling Error and Efficiency of Numerical Models: Methods, benchmarks, and case studies
-
Title: Combined Arbitrary Lagrangian-Eulerian approach and adaptive remeshing technique for the Finite Element Method applied to Fluid-Structure interactions and free surface waves
Speaker:
Link:
-
Title: Efficiency and robustness of solvers for variational phase-field fracture models
Speaker:
Link:
-
Title: Generation of quasi-unit curvilinear meshes for two dimensional numerical simulation
Speaker:
Link:
-
Title: Direct numerical simulation of turbulent flows through adaptive mesh refinement
Speaker:
Link:
-
Title: Nonlinear reduced models for parametric/random PDEs
Speaker:
Link:
-
Title: A new paradigm towards the certification of numerical solutions for turbulent flows in aeronautics thanks to anisotropic mesh adaptation
Speaker:
Link:
-
Title: An implicit large-eddy investigation of the flow over periodic hills
Speaker:
Link:
-
Title: Machine Learning Approaches for Predicting Seismic, Acoustic and Atmospheric Data and their Uncertainty Quantification
Speaker:
Link:
-
Title: Error Estimation for the Microscopic Cardiac Electrophysiology Model
Speaker:
Link:
-
Title: Verification of a high order moving boundary scheme for Incompressible Navier-Stokes problems
Speaker:
Link:
-
Title: Convergence Order of the Lattice Boltzmann Method in Rarefied Regimes
Speaker:
Link:
-
Title: Anisotropic adaptive finite elements for steady and unsteady problems
Speaker:
Link:
-
Title: The eXtreme Mesh deformation approach (X-MESH) for the Stefan phase-change model
Speaker:
Link:
-
Title: Quantifying all sources of error in a space-time parallel algorithm
Speaker:
Link:
-
Title: Moving-habitat Models: A Numerical Approach
Speaker:
Link:
-
Title: Validated two-parameter continuation of periodic orbits in delay equations
Speaker:
Link:
-
Title: Verification of High-Order A-Stable Deferred Correction time-integration methodology
Speaker:
Link:
-
Title: Computer-assisted proofs of existence of periodic motions in fluids
Speaker:
Link: