Computational mechanics · Applied mathematics

Andrea Brugnoli

Associate Professor, ISAE-SUPAERO — Department of Mechanics of Structures and Materials
Researcher, Institut Clément Ader, Toulouse

I work at the interface of applied mathematics, physics and scientific computing, designing numerical methods that preserve the structure of the underlying physics.

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Research

Port-Hamiltonian systems

Energy-based, modular modelling of continuum mechanics and multiphysics.

Structure-preserving discretization

Finite element exterior calculus, mixed and hybrid methods, energy-conserving integrators.

Control meets numerics

Systems theory as a lens on numerical fluxes and domain decomposition.

High-frequency vibrations

Methods beyond classical finite elements for wave propagation in solids.

Research Publications Talks

Teaching

Lecture

Structural dynamics

Finite elements for Euler–Bernoulli beam bending (in French).

NewInteractive

Thin structures: plates

Kirchhoff–Love theory, buckling and the Ritz method — slides, exercises with solutions and live simulations (in French).

I teach classical mechanics, solid and structural mechanics, and finite element methods at ISAE-SUPAERO. → All courses

Software

I share the code behind my publications and courses, archived on Zenodo and developed on GitHub. → Software