Fabien Royer

Prof Asst
Mechanical & Aerospace Engr DEPT · EN

Fabien Royer serves as Assistant Professor in Mechanical & Aerospace Engr at Cornell University.

Recent Papers (11)
2026-02-16 · Journal of Spacecraft and Rockets · Civil and Structural Engineering
Snap-Through Morphogenesis in Thin-Shell Space Structures: From Concept to Scalability
Fabien RoyerProf Asst, Mechanical & Aerospace Engr DEPT · EN
2026-02-02 · Composite Structures · Mechanics of Materials
Investigating the nonlinear mechanics of thin corrugated sheets using the differential quadrature method
Fabien RoyerProf Asst, Mechanical & Aerospace Engr DEPT · EN
2026-01-12 · Astronomy and Astrophysics
Searching for Ariel’s Aliens with the CRISPI (Compositional Regolith and Icy Surface analysis via Particle Impact) Mass Spectrometer SmallSat Flyby Mission
Elaine PetroProf Asst, Mechanical & Aerospace Engr DEPT · EN
Mason A. PeckProfessor, Mechanical & Aerospace Engr DEPT · EN
Fabien RoyerProf Asst, Mechanical & Aerospace Engr DEPT · EN
2026-01-12 · Mechanical Engineering
Correction: Synchrokinetic Assemblers for Modular Construction in Microgravity
Fabien RoyerProf Asst, Mechanical & Aerospace Engr DEPT · EN
2026-01-08 · Civil and Structural Engineering
Multidisciplinary Design Optimization of Shape Programmable Space Structures
Fabien RoyerProf Asst, Mechanical & Aerospace Engr DEPT · EN
2026-01-08 · Mechanical Engineering
Post-Morphing Bending Behavior of Programmable Cellular Thin-Shell Structures Formed via Snap-Through Instabilities
Fabien RoyerProf Asst, Mechanical & Aerospace Engr DEPT · EN
2026-01-08 · Mechanical Engineering
Bending-Stiff, Single Degree-of-Freedom Space Structures: Combining Origami and Deployable Shells
Fabien RoyerProf Asst, Mechanical & Aerospace Engr DEPT · EN
2026-01-08 · Mechanics of Materials
The Effect of Localized Imperfection Geometry on Thin-Shell Buckling: Imperfection Width Controls Stability, Imperfection Direction Governs Spatial Sensitivity
Fabien RoyerProf Asst, Mechanical & Aerospace Engr DEPT · EN
2026-01-08 · Mechanical Engineering
Synchrokinetic Assemblers for Modular Construction in Microgravity
Fabien RoyerProf Asst, Mechanical & Aerospace Engr DEPT · EN
2026-01-01 · SSRN Electronic Journal · Mechanics of Materials
A Physics-Informed Neural Network Framework for predicting buckling in thin-shell structures via potential energy minimization and Donnell's stability equation
Fabien RoyerProf Asst, Mechanical & Aerospace Engr DEPT · EN
2026-01-01 · AIAA Journal · Civil and Structural Engineering
Modulating the Buckling Energy Barrier in Thin-Shell Structures Through Local Imperfections
Fabien RoyerProf Asst, Mechanical & Aerospace Engr DEPT · EN