Paolo Ermanni

Full Professor, Head of the Composite Materials and Adaptive Structures Lab (CMASLab)

ETH Zürich

Switzerland

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About

Paolo Ermanni is a Full Professor and the Head of the Composite Materials and Adaptive Structures Lab (CMASLab) at ETH Zurich, Switzerland. His research encompasses advanced topics in composite materials, adaptive structures, and manufacturing processes, as demonstrated in his recent articles on topics such as the mechanical characterization of GF-PET composites and the design of multistable composite laminate grids. His work also extends to innovative applications in biomedical devices, including novel heart valve designs and studies on valve hemodynamics.

Articles (14)

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2025

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2025

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2025

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2025

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2025

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2025

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2024

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2024

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2024

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2024

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2023

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2023

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2021

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2020

Collaborators (3)

Michael Sandberg

Aarhus University

DENMARK

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Stefano Mintchev

ETH Zurich

SWITZERLAND

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Georgios A. Pappas

SWITZERLAND

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Paolo Ermanni

Research Interests

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Articles (14)

Combined experimental–numerical approach for through-thickness unsaturated permeability characterization of deformable fiber-beds

Mechanical characterisation of GF-PET composite manufactured via in-situ Solid-State Polymerisation route

Robust and versatile metastructures’ manufacturing through fusion-bonding of thermoplastic composites

3D printed bistable composite lattice shells with tailorable coiled geometries

Effects of Processing on the Mechanical Performance of GF‐PC Composites: A Multiscale Investigation

Multistable Composite Laminate Grids as a Design Tool for Soft Reconfigurable Multirotors

A parametric study on pulse duplicator design and valve hemodynamics

Manufacturing studies of a polymeric/composite heart valve prosthesis

Fibre reinforced PET composite manufacturing via Solid State Polymerisation

Novel heart valve leaflet designs with stiff polymeric materials and biomimetic kinematics

Quantifying the strength of stability of multi-stable structures: A new design perspective

Multi-stability of fiber reinforced polymer frames with different geometries

A 4D printed active compliant hinge for potential space applications using shape memory alloys and polymers

A novel concept for adaptive friction damper based on electrostatic adhesion

Collaborators (3)

Michael Sandberg

Stefano Mintchev

Georgios A. Pappas

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