National & Kapodistrian University of Athens
Laboratory for Advanced Materials,
Structures and Digitalization
The laboratory
We connect advanced materials, structural mechanics and digital technologies to develop resilient, high-performance engineering systems.
LAMSD is a research laboratory at the National and Kapodistrian University of Athens. We combine modelling, simulation and experimental insight across aerospace, construction and other demanding industrial sectors.
Research areas
01 / MATERIALSNanomaterials, composites and adaptive structures produced through advanced 3D and 4D printing.
02 / STRUCTURESComposite modelling, damage prediction, buckling and the response of structures across scales.
03 / DIGITALFinite-element frameworks, optimisation and digital twins connecting physical systems with virtual models.
Research in focus / 4D printing
How does a printed structure respond to heat? Our research connects thermally activated shape morphing with experimental characterisation and finite-element analysis.
From 4D-printed PLA specimens to the published concept of 6D printing, this work explores the relationship between manufacturing strategy and structural response.
Explore adaptive structures
Research in action
Adaptive Digital Systems for Sustainable Construction and Material Management in the Circular Economy
Digital methods for circular construction
Applied case study
Topology optimisation and additive manufacturing for components of the LUVMI-X lunar rover.
Explore the research caseComputation, manufacturing and testing in one research environment at Evripos Campus.
Teaching & research training
Explore the courses supported by LAMSD, discuss a research project and discover the developing thesis archive.
From our research library
Simulation-driven design and polymer prototyping of lightweight components for the LUVMI-X lunar rover.
A review connecting terrestrial and in-space additive manufacturing, materials, process challenges and future research directions.
News & activity
PublicationA review of materials, manufacturing advances, challenges and future directions for additive manufacturing in space applications.
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PublicationPrinting angle, layer height and predictive models for the mechanical behaviour of FDM-printed PLA structures.
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CollaborationA laboratory visit connecting multiscale modelling, smart structures and digital manufacturing.
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ProjectA hybrid meeting in Athens launched collaboration on digital technologies for circular construction.
Read storyConnect with LAMSD
