Mathematics and Computers in Simulation
About
Assistant Professor, Department of MathematicsFaculty of Sciences and Technology · University of Coimbra · Member of CMUC
I work on the numerical analysis of partial differential equations, mainly the stability and convergence of finite difference and finite element methods on nonuniform grids, with applications to drug delivery.
PhD in Applied Mathematics and Scientific Computing, EPFL (2009). I develop Bramble.jl, a Julia package for these methods.
Research interests
- Numerical analysis of PDEs
- Convergence of discrete variational PINNs
- Supraconvergence and superconvergence
- Finite differences on nonuniform grids
- Drug delivery models
- Non-Fickian diffusion
Research
Software
Supraconvergent finite difference discretizations on nonuniform Cartesian grids.
Second-order finite differences on nonuniform grids. Move the slider to re-solve the Poisson problem.
Recent publications
All publicationsMathematical Modelling and Analysis
A second order method for a drug release process defined by a differential Maxwell-Wiechert stress-strain relation
Journal of Computational and Applied Mathematics
FDM/FEM for nonlinear convection–diffusion–reaction equations with Neumann boundary conditions–Convergence analysis for smooth and nonsmooth solutions
Applied Mathematics and Computation
Nonlinear systems of parabolic IBVP: A stable super-supraconvergent fully discrete piecewise linear FEM
Current teaching
All courses- BSc in Aerospace Engineering; BSc in Electrical and Computer EngineeringAnálise Matemática IMathematical Analysis I
- BSc in Aerospace Engineering; BSc in Electrical and Computer EngineeringAnálise Matemática IIMathematical Analysis II
- BSc in Artificial Intelligence and Data ScienceÁlgebra Linear Numérica e Cálculo CientíficoNumerical Linear Algebra and Scientific Computing
- PhD in MathematicsMatemática ComputacionalComputational Mathematics
- Since 2010Previous courses and lecture notes11 earlier courses
Recent talks
24 talks since 2001- Sep 2026 · InvitedSimulation of High-Intensity Ultrasound for Therapeutic Applications2026 Summer School in Computational Biology
- Sep 2026 · InvitedHigh intensity ultrasound: applications and simulationEncontro Nacional da Sociedade Portuguesa de Matemática 2026
- Jul 2026The linearized Westervelt–Pennes bioheat system: numerical analysis and simulationEquadiff 2026
- Sep 2025 · InvitedSimulation of High-Intensity Ultrasound for Therapeutic Applications2025 Summer School in Computational Biology
Contact
Office
Office 5.4, Department of Mathematics
Largo D. Dinis, 3000-143 Coimbra, Portugal
Affiliations
Profiles
- ORCID0000-0003-0552-8069
- Google ScholarsE_CgF8AAAAJ
- GitHubgpena
- Scopus55443089200
- CIÊNCIAVITAE2F19-91D3-6B32