Team.
MORFE.jl is built by a small group of researchers across nonlinear dynamics, structural mechanics and scientific computing — joined by a wider circle of collaborators and contributors who shape the method, the code, and the applications it ships with.
Contributors to MORFE Project.
Researchers who shaped the theory, applications, and earlier generations of MORFE.
Cyril Touzé
PI · Theory
IMSIA · ENSTA Paris
Long-standing work on nonlinear normal forms, parametrisation methods, and reduction for thin structures. Provides the theoretical backbone of DPIM.
Attilio Frangi
PI · MEMS · Multiphysics
Politecnico di Milano · DICA
Coupling DPIM with the MEMS pipeline at PoliMi: electrostatic, fluid-damping, thermo-elastic. Hosts the application case studies.
Loïc Salles
Contributor · Rotors
University of Liège · Aerospace & Mechanical Engineering
Application of DPIM to rotating machinery, friction interfaces, mistuned bladed disks. Drives the rotor benchmarks.
Andrea Opreni
Developer · Forcing · MEMS
Politecnico di Milano · MEMS Lab
Time-periodic invariant manifolds and non-autonomous forcing. Drives the MEMS micromirror benchmark and piezoelectric actuator applications.
Giorgio Gobat
Developer · Shells · MEMS
Politecnico di Milano · DICA
Geometrically nonlinear shell reduction and MEMS frequency combs. Built multiphysics shell benchmarks and contributed to MORFE2.0.
Contribute or collaborate.
Help improve MORFE.jl with code, tutorials, tests, benchmarks, and applications—or start a research collaboration around nonlinear dynamics and finite-element reduction.