Research Explorer

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Researcher

Flavio Marchesini de Oliveira

Awards & Distinctions

53 Results

2025

3D-FLOR: An innovative framework for tuning lattice structures via rheological optimization

Laia Farràs TasiasMax VermeerbergenFrancisco A. GilabertLudwig CardonFlavio H. Marchesini

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

2024

A rheology-based strategy for designing 3D printing processes

Elise CaronLaia Farràs TasiasFlavio H. Marchesini

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

Investigating the stability of plant-based emulsions : towards high-quality 3D-printed meat analogues

Elise CaronAlexandra AlickeDavy Van de WalleKoen DewettinckFlavio H. Marchesini

Monitoring solidification and storage stability of well-tempered chocolates obtained through various pre-crystallization techniques

Nathaniel HendrikIvana Penagos DordevicFien De WitteDavy Van de WalleFlavio H. MarchesiniKoen Dewettinck

A1 Journal Article in FOOD AND BIOPROCESS TECHNOLOGY

Rheological properties and printability of emulsions : towards high-quality 3D printed meat analogues

Elise CaronAlexandra AlickeDavy Van de WalleKoen DewettinckFlavio H. Marchesini

Rheological properties and printability of plant-based emulsions : towards high-quality 3D printed meat analogs

Elise CaronAlexandra AlickeDavy Van de WalleKoen DewettinckFlavio H. Marchesini

State of the art, challenges, and future prospects for the multi-material 3D printing of plant-based meat

Elise CaronDavy Van de WalleKoen DewettinckFlavio H. Marchesini

A1 Journal Article in FOOD RESEARCH INTERNATIONAL

The interplay between macromolecular structure, rheology, processing condition, and morphology for (linear) low density polyethylenes in film blowing

Amir BashirgonbadiLaurens DelvaElise CaronFlavio H. MarchesiniKevin Van GeemKim Ragaert

A1 Journal Article in POLYMER

2023

Accurate evaluation of the flow properties of molten chocolate : circumventing artefacts

Nathaniel HendrikFlavio H. MarchesiniDavy Van de WalleKoen Dewettinck

A1 Journal Article in FOOD ANALYTICAL METHODS

Chocolate tempering in a rheometer : monitoring rheological properties during and after crystallization of cocoa butter

Nathaniel HendrikFlavio H. MarchesiniDavy Van de WalleKoen Dewettinck

A1 Journal Article in FOOD ANALYTICAL METHODS

Controlling temperature gradients to increase inter- and intralayer bond strength in fused filament fabrication : a 3D modeling study and design

Tom Van WaeleghemFlavio H. MarchesiniLudwig CardonDagmar D'hooge

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

In silico quantification of 3D thermal gradients and voids during fused filament fabrication deposition to enhance mechanical and dimensional stability

Tom Van WaeleghemFlavio H. MarchesiniLudwig CardonDagmar D'hooge

A1 Journal Article in ADDITIVE MANUFACTURING

Rheological assessment and design of protein-rich inks for the 3D printing of meat analogues

Elise CaronDavy Van de WalleKoen DewettinckFlavio H. Marchesini

Rheological requirements and printability of protein-based inks : towards high-quality 3D printed meat analogues

Elise CaronDavy Van de WalleKoen DewettinckFlavio H. Marchesini

Rheology as bridging component : towards high-quality meat analogues

Elise CaronDavy Van de WalleKoen DewettinckFlavio H. Marchesini

The different schools of thought on Thixotropic Elasto-Visco-Plasticity and the shift towards complex time-evolving phenomena

Flavio H. Marchesini

The evolution of the rheological behavior of hydrating cement systems : combining constitutive modeling with rheometry, calorimetry and mechanical analyses

Luiza Rodrigues Meira De MirandaFlavio H. MarchesiniKarel LesageGeert De Schutter

A1 Journal Article in CEMENT AND CONCRETE RESEARCH

2022

Melt exit flow modelling and experimental validation for fused filament fabrication : from Newtonian to non-Newtonian effects

Tom Van WaeleghemFlavio H. MarchesiniLudwig CardonDagmar D'hooge

A1 Journal Article in JOURNAL OF MANUFACTURING PROCESSES

Pre-crystallization techniques for 3D printing stability of dark chocolate

Nathaniel HendrikFlavio H. MarchesiniDavy Van de WalleKoen Dewettinck

Rheology design principles for 3D concrete printing

Flavio H. MarchesiniLuiza Rodrigues Meira De MirandaKarel LesageGeert De Schutter

Tempering in a rheometer : thermal and shear histories effects on the flow behaviour of dark chocolate

Nathaniel HendrikFlavio H. MarchesiniDavy Van de WalleKoen Dewettinck

2021

A systematic investigation regarding mesh sizing for extrusion-based additive manufacturing

Tom Van WaeleghemFlavio H. MarchesiniLudwig CardonDagmar D'hooge

Apparent wall slip effects on rheometric measurements of waxy gels

Thiago O. MarinhoFlavio H. MarchesiniMárcia C. K. de OliveiraMárcio Nele

A1 Journal Article in JOURNAL OF RHEOLOGY

Experimental investigation for modeling the hardening of thermosetting polymers during curing

Bilen Emek AbaliMert Yücel YardimciMichele ZecchiniGilda DaisseFlavio H. MarchesiniGeert De SchutterRoman Wan-Wendner

A1 Journal Article in POLYMER TESTING

Extrusion-based 3D printing of oral solid dosage forms : material requirements and equipment dependencies

Silke HenryAseel SamaroFlavio H. MarchesiniBahaa ShaqourJ. MacedoValérie VanhoorneChris Vervaet

A1 Journal Article in INTERNATIONAL JOURNAL OF PHARMACEUTICS

Testing the PTT rheological model for extrusion of virgin and composite materials in view of enhanced conductivity and mechanical recycling potential

Mariya EdelevaDahang TangTom Van WaeleghemFlavio H. MarchesiniLudwig CardonDagmar D'hooge

A1 Journal Article in PROCESSES

2020

Combining 3D simulations and experiments to evaluate the extrudate swell behavior of polymer melts and quantify normal stress differences

Dahang TangFlavio H. MarchesiniLudwig CardonDagmar D'hooge

Evaluating the exit pressure method for measurements of normal stress difference at high shear rates

Dahang TangFlavio H. MarchesiniLudwig CardonDagmar D'hooge

A1 Journal Article in JOURNAL OF RHEOLOGY

Modeling the time-dependent rheological behavior of complex soft materials : elasticity, viscoplasticity, thixotropy, and irreversibility

Flavio H. Marchesini

Predicting the rheological behavior of commercial polystyrene melts during isothermal degradation

Daniel Amaral CerettiFlavio H. MarchesiniRudinei FiorioDagmar D'hoogeLudwig Cardon

Predicting the rheological behavior of hydrating cement systems

Luiza Rodrigues Meira De MirandaFlavio H. MarchesiniKarel LesageGeert De Schutter

Predicting the time-dependent rheological behaviour of molten dark chocolate

Nathaniel HendrikFlavio H. MarchesiniDavy Van de WalleKoen Dewettinck

State of the‐Art for Extrudate Swell of Molten Polymers: From Fundamental Understanding at Molecular Scale toward Optimal Die Design at Final Product Scale

Dahang TangFlavio H. MarchesiniLudwig CardonDagmar D'hooge

State of the‐art for extrudate swell of molten polymers : from fundamental understanding at molecular scale toward optimal die design at final product scale

Dahang TangFlavio H. MarchesiniLudwig CardonDagmar D'hooge

A1 Journal Article in MACROMOLECULAR MATERIALS AND ENGINEERING

The impact of upstream contraction flow on three-dimensional polymer extrudate swell from slit dies

Dahang TangFlavio H. MarchesiniLudwig CardonDagmar D'hooge

A1 Journal Article in JOURNAL OF NON-NEWTONIAN FLUID MECHANICS

Viscosity of API/fatty acid suspensions : pitfalls during analysis

Elien De ConinckFlavio H. MarchesiniValérie VanhoorneThomas De BeerChris Vervaet

A1 Journal Article in INTERNATIONAL JOURNAL OF PHARMACEUTICS

2019

Irreversible time-dependent rheological behavior of cement slurries : constitutive model and experiments

Flavio H. MarchesiniRafael M. OliveiraHeloisa AlthoffPaulo R. de Souza Mendes

A1 Journal Article in JOURNAL OF RHEOLOGY

Isothermal flow of neat polypropylene through a slit die and its die swell : bridging experiments and 3D numerical simulations

Dahang TangFlavio H. MarchesiniDagmar D'hoogeLudwig Cardon

A1 Journal Article in JOURNAL OF NON-NEWTONIAN FLUID MECHANICS

Modeling the irreversible time-dependent rheological behavior of complex materials

Flavio H. Marchesini

Study of polypropylene planar flow and extrudate swell : a comparison between 3D numerical simulations and experiments

Dahang TangFlavio H. MarchesiniDagmar D'hoogeLudwig Cardon

Three-dimensional flow simulations for polymer extrudate swell out of slit dies from low to high aspect ratios

Dahang TangFlavio H. MarchesiniLudwig CardonDagmar D'hooge

A1 Journal Article in PHYSICS OF FLUIDS

2018

Die swell of Polypropylene flow through a slit die: experiment and 3D simulation

Dahang TangNiels Van PuymbrouckFlavio H. MarchesiniLudwig Cardon

2012

Rheological characterization of waxy crude oils : sample preparation

Flavio H. MarchesiniAlexandra A. AlickePaulo R. de Souza MendesCláudio M. Ziglio

A1 Journal Article in ENERGY & FUELS