Research Explorer

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Researcher

Laia Farràs Tasias

Awards & Distinctions

13 Results

2025

Enhancing interfacial toughness of 3D printed bi-material polymers via mechanical interlocking and engineered fiber bridging

Laia Farràs TasiasJules TopartStéphane PanierFrancisco A. GilabertFlavio H. Marchesini

A1 Journal Article in ADDITIVE MANUFACTURING

Optimising 3D-printed flexible lattice structures for morphing applications by linking rheology to mechanical behaviour

Laia Farràs TasiasMax VermeerbergenFrancisco A. GilabertLudwig CardonFlavio H. Marchesini

A1 Journal Article in VIRTUAL AND PHYSICAL PROTOTYPING

Optimizing Printing and Mechanical Properties Through Rheology

Laia Farràs Tasias

2024

Advancing mechanical performance of 3D printed lattice structures via printing optimization : a Doehlert experimental design study

Laia Farràs TasiasMax VermeerbergenFrancisco A. GilabertLudwig CardonFlavio H. Marchesini

Engineered anisotropic interlocking interface strategy for interface toughening in 3D printed bi-material thermoplastic polymers

Laia Farràs TasiasJules TopartStéphane PanierFrancisco A. GilabertFlavio H. Marchesini

Enhancing interfacial toughness of 3D printed bi-material thermoplastic polymers through tailored fiber bridging-like composite designs

Laia Farràs TasiasJules TopartStéphane PanierFrancisco A. GilabertFlavio H. Marchesini

Exploring the interplay of rheological quantities and mechanical properties in 3D-printed lattice structures : a Doehlert design approach

Laia Farràs TasiasMax VermeerbergenFrancisco A. GilabertLudwig CardonFlavio H. Marchesini

Investigating local nonlinearities in 3D printed thermoplastic lattice structures: The role of thermomechanical characterization of polymers

Pei HaoLaia Farràs TasiasFlavio H. MarchesiniFrancisco A. Gilabert

Investigating the influence of rheological parameters on mechanical performance of 3D printed lattice structures using Doehlert design

Laia Farràs TasiasMax VermeerbergenFrancisco A. GilabertLudwig CardonFlavio H. Marchesini

Mechanical enhancement of 3D printed lattice structure with rheology-based design and response surface methodology

Laia Farràs Tasias

2023

Determining optimal rheological properties for 3D printed enhanced lattice structures through Doehlert experimental design

Laia Farràs TasiasLudwig CardonFlavio H. Marchesini

Enhancing compressive mechanical properties for 3D printed lattice structures through Doehlert experimental design

Laia Farràs TasiasFrancisco Antonio Gilabert VillegasLudwig CardonFlavio H. Marchesini

Optimization of a combined thermal annealing and isostatic pressing process for mechanical and surface enhancement of Ultem FDM parts using Doehlert experimental designs

Ariadna Chueca de BruijnGiovanni Gomez-GrasLaura Fernandez-RuanoLaia Farràs TasiasMarco A. Perez

A1 Journal Article in JOURNAL OF MANUFACTURING PROCESSES