Name |
Institution |
Research interests |
---|---|---|

Fleurianne Bertrand | University of Twente | Numerical analysis, (mixed) finite element methods, a posteriori error estimates, applications to computational mechanics |

Susanne C. Brenner | Louisiana State University | Numerical analysis, finite element methods, multigrid methods, domain decomposition methods |

Vrushali A. Bokil | Oregon State University | Computational electromagnetics, numerical methods for PDEs, mathematical biology and epidemiology |

Camille Carvalho | University of California, Merced | |

Aycil Cesmelioglu | Oakland University | Numerical analysis, partial differential equations, discontinuous Galerkin and finite element methods, fluid flow and multiphysics problems |

Zheng “Leslie” Chen | University of Massachusetts, Dartmouth | High order numerical methods, including discontinuous Galerkin finite element methods, Spectral methods, etc； Numerical methods for kinetic theory, stochastic differential equations, and problems with singularities; Multiscale computational methods; High performance computing |

Yingda Cheng | Virginia Tech | Discontinuous Galerkin finite element methods, deterministic numerical methods for kinetic equations, high order numerical methods for Hamilton-Jacobi equations, Sparse grid methods for high-dimensional PDEs |

Gelonia Dent | Brown University | Computational and statistical modeling of applied and social sciences |

Bo Dong | University of Massachusetts Dartmouth | Discontinuous Galerkin methods, HDG methods |

Di Fang | Duke University | Applied and numerical analysis, non-adiabatic dynamics, quantum algorithms, quantum computation |

Marina Fischer | Heinrich-Heine-University | |

Brittany Froese | New Jersey Institute of Technology | Numerical analysis, partial differential equations, optimal transport, viscosity solutions, beam shaping, seismology |

Irene M. Gamba | University of Texas at Austin | Applied and computational analysis, mathematical and statistical physics, non-linear kinetic and partial differential equations |

Adrianna Gillman | University of Colorado Boulder | Numerical PDEs, numerical linear algebra, fast direct solvers, fast multipole method |

Sigal Gottlieb | UMass Dartmouth | Numerical Analysis, scientific computing, numerical methods for hyperbolic PDEs: time stepping, strong stability preserving methods, weighted essentially non oscillatory methods |

Monica Morales Hernandez | Adelphi University | Numerical analysis, partial differential equations, finite element methods and Finite difference methods |

Thi-Thao-Phuong Hoang | Auburn University | Numerical methods for PDEs, scientific computing, domain decomposition methods, local time-stepping, porous medium applications, ocean modeling |

Cuiyu He | University College London | Adaptive mesh refinement, a posteriori error estimation, unfitted finite elementi methods, shape optimization |

Jingwei Hu | University of Washington | Numerical methods for kinetic equations and related problems in multiscale modeling and simulation |

Baasansuren Jadamba | Rochester Institute of Technology | Numerical analysis of PDEs, parameter identification in biological models, computational optimization, inverse problems, finite element methods, stochastic equilibrium problems, variational inequalities |

Jiahua Jiang | University of Birmingham | Reduced order modeling, uncertainty quantification, inverse problem, image processing, discontinuous Galerkin methods |

Elizabeth Kam | Rensselaer Polytechnic Institute | Computational aeroacoustics, computational fluid dynamics, thermoacoustics, finite-difference lattice Boltzmann method, Navier-Stokes equations, numerical methods |

Chiu-Yen Kao | Claremont McKenna College | Shape optimization of eigenvalue problems, numerical methods for nonlinear partial differential equations, math biology, fast sweeping methods, level set methods, scientific computing, and numerical analysis |

Lilia Krivodonova | University of Waterloo | Numerical Analysis, scientific computing, hyperbolic conservation laws, discontinuous Galerkin methods, GPU-computing, adaptive methods, limiters |

Fengyan Li | Rensselaer Polytechnic Institute | Finite element methods, discontinuous Galerkin methods, high order methods for Maxwell equations, MHD equations, Hamilton-Jacobi equations and kinetic models; multi-scale simulations; reduced order modeling |

Tongtong Li | Dartmouth College | Numerical analysis, finite element methods, interaction of fluid flow and poroelastic media, data assimilation, sea ice modeling |

Enkeleida Lushi | New Jersey Institute of Technology | Mathematical modeling in complex fluids and biological physics, numerical methods for fluid-structure interactions and micro-scale hydrodynamics |

Lina Ma | Trinity College | Scientific computing and numerical analysis, computational fluid dynamics, molecular dynamics, complex fluids modeling, coarse-grained models for biological systems, spectral methods, electromagnetic and acoustic scattering, spherical harmonics analysis |

Sandra May | TU Dortmund University | Numerical analysis, scientific computing, finite volume and discontinuous Galerkin schemes, hyperbolic conservation laws, cut cell methods, PDE-constrained optimization |

Lin Mu | University of Georgia | Finite element methods, discontinuous Galerkin methods, weak Galerkin finite element methods, fast solver for numerical partial differential equations |

Minah Oh | James Madison University | Numerical linear algebra, finite element methods, axisymmetric problems |

Malgorzata Peszynska | Oregon State University | Numerical analysis and large scale scientific computing; flow and transport in evolving and deforming domains; problems with memory, hysteresis, free boundaries and phase transitions; multiscale and hybrid modeling in porous media |

Sara Pollock | University of Florida | Numerical analysis of PDEs, scientific computing, efficient numerical methods for nonlinear problems, regularization, adaptive finite element methods, goal oriented methods, adaptive multiscale methods |

Jingmei Qiu | University of Delaware | High order methods and multi-scale methods for kinetic and hydrodynamic problems |

Annalisa Quaini | University of Houston | Finite element methods, computational fluid dynamics, multiphysics problems |

Beatrice Riviere | Rice University | Numerical methods for PDEs, scientific computing, porous media, computational fluid dynamics, mathematical biology |

Jennifer Ryan | KTH Royal Institute of Technology | Numerical analysis, scientific computing |

Devina P. Sanjaya | University of Tennessee, Knoxville | Computational fluid dynamics, mesh adaptation and optimization, finite-element methods, error estimation, scientific computing and numerical analysis |

Katharina Schratz | Karlsruhe Institute of Technology | Numerical analysis, partial differential equations, dispersive equations, high frequency problems |

Natasha S Sharma | University of Texas at El Paso | Numerical analysis, partial differential equations, mathematical modeling |

Farjana Siddiqua | University of Pittsburgh | Numerical analysis, scientific computing, computational fluid dynamics, data science, mathematical modeling |

Vrushaly Shinglot | University of Texas at Dallas | Nonlinear waves, numerical analysis, numerical linear algebra, optimization, dynamical systems, functional analysis |

Svetlana Tlupova | Farmingdale State College, SUNY | Computational fluid dynamics, boundary integral methods, fast summation methods, domain decomposition methods |

Shanyin Tong | Columbia University | Uncertainty quantification, PDE-constrained optimization, optimization under uncertainty, inverse problems and rare event |

Tabea Tscherpel | Technical University of Darmstadt | Numerical analysis, finite element methods, partial differential equations, incompressible fluid equations |

Chunmei Wang | University of Florida | Numerical partial differential equations, finite element methods and superconvergence, weak Galerkin finite element methods, inverse and imaging problems, nonlinear optimization, high performance computing and domain decomposition |

Li Wang | University of Minnesota | Numerical methods, applied analysis, and mathematical modeling for conservation laws, kinetic theory, quantum mechanics, fluid dynamics and social science |

Wei Wang | Florida International University | High order numerical methods, multiscale discontinuous Galerkin methods for quantum semiconductor device simulations, computational fluid dynamics |

Anastasia B. Wilson | Augusta University | Numerical methods for porous media flow problems, modeling and analysis of problems in filtration and separations, simulation based optimization |

Mengying Xiao | University of West Florida | Numerical analysis, partial differential equations, finite element methods |

Jue Yan | Iowa State University | Discontinuous Galerkin finite element methods, positivity-preserving methods for compressible flow, computational methods in biology applications |

Yunan Yang | Cornell University | Numerical analysis, inverse problems, optimization for nonlinear problems, optimal transport, and machine learning |

Lu Zhang | Rice University | Numerical analysis, scientific computing, discontinuous Galerkin methods, high-order summation-by-parts finite difference methods, partial differential equations, inverse problems, and machine learning |

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