# Camille Carvalho

# Publications

Publications listed on Google Scholar- Preprint][Codes] , , Asymptotics for metamaterial cavities and their effect on scattering, in revision. [
- Paper] , , , Limiting amplitude principle and resonances in plasmonic structures with corners: numerical investigation, Computer Methods in Applied Mechanics and Engineering, 388(2022), 114207. [
- Paper] [Codes] , Modified representations for the close evaluation problem, Mathematical and Computational Applications, 26(2021), 69. [
- Preprint][Codes] , , , , Quadrature by Parity Asymptotic eXpansions (QPAX) for scattering by high aspect ratio particles, SIAM Multiscale Modeling and Simulation, (in press) 2021. [
- Preprint] , , , , Close evaluation for layer potentials in three dimensions, Journal of Computational Physics, 423(2020), 109798. [
- Preprint] , , , Asymptotic approximations for the close evaluation of double-layer potentials, SIAM Journal for Scientific Computing, 42(2020), A504--A533. [
- Preprint] , , A fully fourth order accurate energy stable FDTD method for Maxwell's equations in metamaterials, , IEEE Journal on Multiscale and Multiphysics Computational Techniques, 4(2019), 260--268. [
- Preprint] , , , Asymptotic analysis for close evaluation for layer potentials, Journal of Computational Physics, 655(2018), 327--341. [
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# Proceedings

- Preprint ] , , Local analysis of near fields in acoustic scattering, , WAVES, Minneapolis, 2017. [
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# Ph.D

# Codes

- [Quadrature by Parity eXpansions for scattering] (Python)
- [Asymptotics for metamaterial cavities] (Python)
- [Subtraction techniques for the close evaluation problem] (Matlab)
- [Asymptotic methods for the close evaluation problem] (Mathematica)
- Subtraction techniques for the close evaluation of layer potentials, SIAM CSE, Spring 2021.
- Accurate evaluation of near-fields in plasmonic structures, University of Nice, France, Spring 2021.
- Limiting amplitude principle in plasmonic structures with corners, Energy and the Environment seminar, UC Merced, 2020. [Video of the talk]
- Accurate evaluation of near-fields in plasmonic structures, Fresnel Institute, 2020.
- Close evaluation of layer potentials in three dimensions, FSU, Fall 2020.
- Subtraction techniques for the close evaluation of layer potentials, Imaging and Sensing seminar, UC Merced, 2020.
- Boundary integral methods for optical cloaking, Energy and the Environment seminar, UC Merced, 2019.
- How to accurately compute near-fields in plasmonic structures, Portland State University, 2019.
- The Singular Complement Method for dielectric-metamaterial transmission problems, MAFELAP, London, 2019.
- Asymptotic approximations for transmission boundary-value problems in plasmonic structures, EMTS, San Diego, 2019.
- Asymptotic approximations of near-fields in plasmonic structures, AMS Spring and Central and Western Sectional Meeting, Hawaii, 2019.
- Accurate evaluation of near-fields in plasmonic structures, Delaware, 2019.
- Accurate evaluation of near-fields in plasmonic structures, Caltech, 2019.
- Capturing near-fields in plasmonic structures with corners, BASCD, Livermore, 2018.
- Asymptotic approximations of near fields in scattering problems, Tulane University, New Orleans, 2018.
- Numerical methods for light scattering in plasmonic structures with corners, INRIA Sophia-Antipolis, NICE, 2018.
- The Singular Complement Method for scattering problems in plasmonic structures, PIERS, Toyama, 2018.
- Multiscale modeling to capture near-fields in plasmonic structures, SIAM Annual Meeting, Portland, 2018.
- Accurate evaluation of electromagnetic near-field in plasmonic structures, ICERM Workshop, Providence, 2018. [Video of the talk]
- Close evaluation of layer potentials, IRMAR seminar, Rennes, 2018.
- Mesh requirements for transmission problems with sign-changing coefficients, SIAM PD17, Baltimore, 2017.
- Local analysis of near-fields in acoustic scattering, WAVES, Minneapolis, 2017.
- Multiscale modeling to capture near-fields in plasmonic structures with corners, UC Merced, Merced, 2017.
- Mathematical and numerical study of plasmonic structures with corners, Oregon State University, Corvallis, 2017.
- Mathematical and numerical study of plasmonic structures with corners, UC MErced, Merced, 2016.
- Mesh requirements for transmission problems with sign-changing coefficients, UniversitÃ© de Reims, Reims, 2015.
- Plasmonic waveguide : T-coercivity approach for Maxwell's equations, WAVES, Karlsrhuhe, 2015.
- Leaky modes in a plasmonic waveguide, Leaky Days, 2015.
- Leaky modes in a non dissipative plasmonic waveguide with a bounded cross section, OWTNM, Nice, 2014.
- Revealing guided modes in a plasmonic waveguide using Perfectly Matched Layers at the corners, KOZWAVES, Newcastle (Australie), 2014.
- Plasmonic cavity modes: black-hole phenomena captured by PerfectLy Matched Layers, PIERS, Stockholm, 2013.
- Plasmonic cavity modes with sign changing permittivity, WAVES, Tunis,2013.