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Restuccia Luciana

Information

ORCID
0000-0002-6999-0466
First Contribution
2020-07-08
Last Contribution
2026-01-02
Number Contributions
7
Number Citations
35

Top Co-Authors

  1. Falliano Devid (6)
  2. Ferro Giuseppe (6)
  3. Parmigiani Silvia (3)
  4. Moro Sandro (2)
  5. Ricciardi Giuseppe (2)

Top Cited Articles

  1. Falliano Devid, Crupi Giuseppe, Domenico Dario, Ricciardi Giuseppe et al. (2020-07)
    Investigation on the Rheological Behavior of Lightweight Foamed Concrete for 3D Printing Applications (19)

Persons This Author Cites the Most

  1. Mechtcherine Viktor (16)
  2. Markin Slava (11)
  3. Nerella Venkatesh (11)
  4. Gugliandolo Ernesto (10)
  5. Ricciardi Giuseppe (10)

Persons This Author Is Cited Most By

  1. Inqiad Waleed (3)
  2. Iqbal Imtiaz (3)
  3. Kasim Tala (3)
  4. Nowakowski Daniel (3)
  5. Rahman Mujib (3)

  1. Cárdenas Valeria, Parmigiani Silvia, Vargas Juan, Restuccia Luciana et al. (2026-01)
    Incorporation of Vitrified Ashes in Lightweight Foamed Concrete for 3D Printing:
    Thermal and Mechanical Assessment
  2. Falliano Devid, Restuccia Luciana, Tulliani Jean-Marc, Ferro Giuseppe (2025-07)
    Biochar to Enhance Curing and Rheology of Mortars without Formwork
  3. Parmigiani Silvia, Falliano Devid, Moro Sandro, Ferro Giuseppe et al. (2024-09)
    Preliminary Study on Multi-Functional Building Components Utilizing Variable Density Foamed Concrete via 3D Printing
  4. Parmigiani Silvia, Falliano Devid, Moro Sandro, Ferro Giuseppe et al. (2024-06)
    3D Printed Multi-Functional Foamed Concrete Building Components:
    Material-Properties, Component Design, and 3D Printing Application
  5. Falliano Devid, Restuccia Luciana, Ferro Giuseppe (2022-06)
    Biochar Addition for 3DCP:
    A Preliminary Study
  6. Falliano Devid, Domenico Dario, Cosenza Paolo, Ricciardi Giuseppe et al. (2021-04)
    Green High-Performance Mortars for 3D Printing Applications
  7. Falliano Devid, Crupi Giuseppe, Domenico Dario, Ricciardi Giuseppe et al. (2020-07)
    Investigation on the Rheological Behavior of Lightweight Foamed Concrete for 3D Printing Applications