Research Projects

SREDAMS - Lighweight Steel net for non-invasive REpairing of DAmaged Masonry Shear walls

• Principal investigator: Simone Galano, University of Strathclyde

• Financed by: Progetto Sisma

• Starting year: 2025

• Closing year: 2025

PIMASW - Non-invasive Polyurea-based coating for Improving the lateral cyclic response of MAsonry Shear Walls

• Principal investigator: Simone Galano, University of Strathclyde

• Financed by: INSYSME

• Starting year: 2025

• Closing year: 2026

LISESMACS - LIghtweight cold-form Steel Exoskeleton solution for Seismic strengthening of MAsonry-infilled reinforced Concrete Structures

• Principal investigator: Simone Galano, University of Strathclyde

• Financed by: Progetto Sisma

• Starting year: 2025

• Closing year: 2026

ROMASE - Reducing Out-of-plane seismic vulnerability of MAsonry-infilled reinforced concrete structures through externally-anchored lightweight Steel Exoskeleton

• Principal investigator: Simone Galano, University of Strathclyde

• Financed by: Senini

• Starting year: 2026

• Closing year: Ongoing

DEHERC - DEvelopment and validation of HEmp block infills for Reinforced Concrete buildings

• Principal investigator: Simone Galano, University of Strathclyde

• Financed by: Senini

• Starting year: 2026

• Closing year: Ongoing

PELCAS - Lateral PErformance of a Lightweight Cold-formed steel ASsembly with different cross-diagonal solutions

• Principal investigator: Simone Galano, University of Strathclyde

• Financed by: Progetto Sisma

• Starting year: 2026

• Closing year: Ongoing

RUJOI - Enhancing the seismic resilience of Reinforced concrete structures Using rubber JOInts

• Principal investigator: Enrico Tubaldi and Simone Galano, University of Strathclyde

• Financed by: Horizon Europe, Marie Skłodowska-Curie Postdoctoral Fellowship

• Starting year: 2025

• Closing year: Ongoing