Articles (26) -------------

2024 (1)

1. [1]Microstructural insights into the mechanical behaviour of Lightweight Cemented Soils using X-ray microtomography. Perrotta, Vitale, Arciero et al. — Géotechnique Letters. 5 citations | doi

2023 (1)

1. [2]Meso-scale Finite Element modeling of the Fracture Process Zone evolution for concrete. Sun, Roubin, Shao et al. — Theoretical and Applied Fracture Mechanics. 16 citations | doi | pdf

2022 (3)

1. [3]An analysis of embedded weak discontinuity approaches for the finite element modelling of heterogeneous materials. Ortega Laborin, Roubin, Malecot et al. — Computers & Structures. 3 citations | doi | pdf
2. [4]A mixed-mode E-FEM approach for the study of local fracture processes in heterogeneous quasi-brittle materials. Ortega, Roubin, Malecot et al. — Materials and structures. 3 citations | doi
3. [5]DIC Challenge 2.0: Developing Images and Guidelines for Evaluating Accuracy and Resolution of 2D Analyses Focus on the Metrological Efficiency Indicator. Reu, Blaysat, Andò et al. — Strain. 1 citation | doi | pdf

2021 (4)

1. [6]Fracturing process of micro-concrete under uniaxial and triaxial compression: Insights from in-situ X-ray mechanical tests. Stamati, Roubin, Andò et al. — Cement and Concrete Research. 58 citations | doi | pdf
2. [7]General Consistency of Strong Discontinuity Kinematics in Embedded Finite Element Method (E-FEM) Formulations. Ortega Laborin, Roubin, Malecot et al. — Materials. 5 citations | doi | pdf
3. [8]FE modeling of concrete with strong discontinuities for 3D shear fractures and comparison with experimental results. Sun, Roubin, Shao et al. — Engineering Fracture Mechanics. 13 citations | doi | pdf
4. [9]Strong discontinuity FE analysis for heterogeneous materials: The role of crack closure mechanism. Sun, Roubin, Shao et al. — Computers & Structures. 15 citations | doi | pdf

2020 (2)

1. [10]spam: Software for Practical Analysis of Materials. Stamati, Andò, Roubin et al. — Journal of Open Source Software. 248 citations | doi | pdf
2. [11]Dynamics of Water Absorption in Callovo-Oxfordian Claystone Revealed With Multimodal X-Ray and Neutron Tomography. Stavropoulou, Andò, Roubin et al. — Frontiers in Earth Science. 44 citations | doi | pdf

2019 (2)

1. [12]The colours of concrete as seen by X-rays and neutrons. Roubin, Ando, Roux — Cement and Concrete Composites. 41 citations | doi | pdf
2. [13]A peek into the origin of creep in sand. Andò, Dijkstra, Roubin et al. — Granular Matter. 36 citations | doi | pdf

2018 (2)

1. [14]Tensile failure of micro-concrete: from mechanical tests to FE meso-model with the help of X-ray tomography. Stamati, Roubin, Andò et al. — Meccanica. 42 citations | doi | pdf
2. [15]Phase segmentation of concrete x-ray tomographic images at meso-scale: Validation with neutron tomography. Stamati, Roubin, Andò et al. — Cement and Concrete Composites. 55 citations | doi | pdf

2017 (3)

1. [16]FE design for the numerical modelling of failure induced by differential straining in meso-scale concrete: Algorithmic implementation based on operator split method. Benkemoun, Roubin, Colliat — Finite Elements in Analysis and Design. 5 citations | doi
2. [17]Methodology of porosity modeling for friction pad: Consequence on squeal. Magnier, Roubin, Colliat et al. — Tribology International. 17 citations | doi | pdf
3. [18]Reduced order modeling strategies for computational multiscale fracture. Oliver, Caicedo, Huespe et al. — Computer Methods in Applied Mechanics and Engineering. 116 citations | doi | pdf

2016 (2)

1. [19]FE modelling with strong discontinuities for 3D tensile and shear fractures: Application to underground excavation. Hauseux, Roubin, Seyedi et al. — Computer Methods in Applied Mechanics and Engineering. 28 citations | doi
2. [20]Critical probability of percolation over bounded region in N-dimensional Euclidean space. Roubin, Colliat — Journal of Statistical Mechanics: Theory and Experiment. 9 citations | doi | pdf

2015 (4)

1. [21]Continuum approach to computational multiscale modeling of propagating fracture. Oliver, Caicedo, Roubin et al. — Computer Methods in Applied Mechanics and Engineering. 84 citations | doi | pdf
2. [22]Poroelastic two-phase material modeling: theoretical formulation and embedded finite element method implementation. Benkemoun, Gelet, Roubin et al. — International Journal for Numerical and Analytical Methods in Geomechanics. 22 citations | doi | pdf
3. [23]Meso-scale modeling of concrete: A morphological description based on excursion sets of Random Fields. Roubin, Colliat, Benkemoun — Computational Materials Science. 33 citations | doi | pdf
4. [24]Multi-scale failure of heterogeneous materials: A double kinematics enhancement for Embedded Finite Element Method. Roubin, Vallade, Benkemoun et al. — International Journal of Solids and Structures. 77 citations | doi | pdf

2014 (2)

1. [25]A nonlinear meso–macro approach to modelling delayed ettringite formation and concrete degradation. Roubin, Al Shamaa, Colliat et al. — Materials and structures. 15 citations | doi
2. [26]Continuum Approach to Computational Multi-Scale Modeling of Fracture. Oliver, Caicedo, Roubin et al. — Key Engineering Materials. 5 citations | doi | pdf

Software (1) ------------

1. [1]spam: Software for Practical Analysis of Materials. Stamati, Roubin, Andò et al., 2020. hal | repo

Datasets (4) ------------

1. [1]Surface displacement of a destabilized rock glacier: high resolution records from an autonomous UAV docking station. Vivero, Roubin, Andò et al. — Zenodo, 2026. doi
2. [2]Spam: Software for Practical Analysis of Materials - datasets for tutorials. Andò, Stamati, Roubin et al. — Zenodo, 2020. doi
3. [3]Data Accompanying "Fracturing process of concrete under uniaxial and triaxial compression: insights from in-situ x-ray mechanical tests". Stamati, Roubin, Andò et al. — Zenodo, 2020. doi
4. [4]Data Accompanying "Dynamics of Water Absorption in Callovo-Oxfordian Claystone Revealed With Multimodal X-Ray and Neutron Tomography". Stavropoulou, Andò, Roubin et al. — Zenodo, 2020. doi

Talks (23) ----------

1. [1]Destabilised rock glacier monitoring. Roubin, Andò, Vivero — PhotoMechanics 2026, Paris, 2026. hal | pdf
2. [2]R3XA: Toward a metadata standard for experimental (photo)mechanics datasets. Blaysat, Bonnaire, Bouda et al. — PhotoMechanics - International DIC Society 2024 Conference, Clermont-Ferrand, 2024. hal | pdf
3. [3]Multi-scale modelling of raw earth masonry : role of interfaces. Valentin, Sieffert, Vieux-Champagne et al. — ICEC 2024, Edinbourgh (Scotland), 2024. hal
4. [4]The embedded finite element method for modeling cracking in quasi-fragile materials at structural scale. Guillaume, Roubin, Sieffert et al. — CSMA 2024, Presqu'île de Giens, 2024. hal
5. [5]Morphological modeling of the microstructure of geo-materials: current limitations of the excursion set theory. Roubin — Stochastic Geometry Days, Dijon, 2023. hal | pdf
6. [6]Water absorption mechanisms in Callovo-Oxfordian Clayrock quantied with x-ray and neutron tomography. Stavropoulou, Andò, Roubin et al. — 8th International Conference on Clays in Natural and Engineered Barriers for Radioactive Waste Confinement (Clay conference), Nancy (FR), 2022. hal
7. [7]Multimodal hydromechanical analysis of swelling rocks with DVC. Stavropoulou, Andò, Roubin et al. — 7th PhotoMechanics – iDICs conference, Nantes (France), 2021. hal
8. [8]Excursion sets of correlated Random Fields: Application to continuum percolation theory. Roubin — Séminaire probabilités de l'Institut Fourier, Grenoble, 2021. hal | pdf
9. [9]Meso-scale mechanical tests and FE modelling of micro-concrete. Stamati, Roubin, Ando et al. — International Conference on Computational Plasticity. Fundamentals and Applications, Barcelona, 2019. hal
10. [10]The embedded finite element method (E-FEM) for 3-D cracking prediction of concrete in the mesoscale: recent works on triaxial loading. Ortega Laborin, Stamati, Roubin et al. — GeoMech-M2UN workshop on Upscaling for strategic materials, Montpellier, 2019. hal
11. [11]Combined local and discrete DVC technique for the measurement of kinematic fields in matrix-inclusions materials. Andò, Stamati, Roubin et al. — Int. Conf. on Tomography of materials and Structures (ICTMS2019), Cairns, 2019. hal
12. [12]FE mesoscopic modelling of a micro-concrete based on x-ray scanmorphologies. Roubin, Stamati, Ando et al. — FraMCoS-X : Fracture Mechanics of Concrete and Concrete Structures, Bayonne, 2019. hal
13. [13]Possible links between experimental and numerical analysis: application to cementicious material. Roubin — Séminaires du LaMcube, Grenoble, 2018. hal | pdf
14. [14]In-situ x-ray tests for an image-based FE meso-model for cementitious materials. Stamati, Roubin, Andò et al. — Micro to MACRO Mathematical Modelling in Soil Mechanics (μM 2018), Reggio Calabria, 2018. hal | pdf
15. [15]On POD based reduction-order modeling in multi-scale material failure simulation. Roubin, Caicedo, Hernandez et al. — CMN2015, Lisboa, 2015. hal
16. [16]Continuum multi-scale modeling of fracture in cementicious-like materials. Caicedo, Roubin, Oliver — CMN2015, Lisboa, 2015. hal
17. [17]Continuum multi-scale modeling of fracture. Oliver, Caicedo, Roubin et al. — Euromech 559, Eindhoven, 2015. hal
18. [18]Mesoscale finite element modeling of cementitious materials. Roubin, Benkemoun, Colliat — WCCM 11th, Barcelona, 2014. hal
19. [19]Continuum multiscal (FE2) modeling of material failure. Caicedo, Oliver, Roubin et al. — WCCM 11th, Barcelona, 2014. hal
20. [20]Multi-scale (FE2) analysis of material failure in cement/aggregate-type composite structures. Oliver, Caicedo, Roubin et al. — Euro-C, St. Anton, 2014. hal
21. [21]Multi-scale simulation of quasi-brittle heterogeneous materials: application to concrete like materials. Roubin — 31èmes Rencontres de l'AUGC, Cachan, 2013. hal | pdf
22. [22]Quasi-brittle failure of heterogeneous materials: 3d meso-scale FE models with embedded discontinuities. Roubin, Benkemoun, Colliat — WCCM - 10th, Sao Paulo, 2012. hal
23. [23]Morphological modeling of cement based materials and hydration process. Bogdan, Roubin, Colliat et al. — Microdurability, Amsterdam, 2012. 1 citation | doi | pdf

Book chapters (3) -----------------

1. [1]Tensile Damage Mechanisms of Concrete Using X-Ray: In Situ Experiments and Mesoscopic Modeling. Stamati, Roubin, Andò et al. — Handbook of Damage Mechanics, 2022. 2 citations | doi
2. [2]Damage and Fracture in Brittle Materials with Enriched Finite Element Method: Numerical Study. Sun, Roubin, Colliat et al. — Handbook of Damage Mechanics. Nano to Macro Scale for Materials and Structures, 2022. 1 citation | doi | pdf
3. [3]The embedded finite element method (E-FEM) for multicracking of quasi-brittle materials. Hauseux, Roubin, Colliat — Porous Rock Fracture Mechanics with Application to Hydraulic Fracturing, Drilling and Structural Engineering, 2017. hal

Theses (2) ----------

1. [1]Mesures et simulations de matériaux cimentaires à l'échelle mésoscopique. Roubin — 3SR, Grenoble INP, 2022. hal | pdf
2. [2]Meso-scale FE and morphological modeling of heterogeneous media : applications to cementitious materials. Roubin — LMT, ENS Cachan, UPMC, 2013. doi | pdf