Ghent University Academic Bibliography

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Adaptive lattice discrete particle model for concrete

Jiajia Wang (UGent) , Jan Vorel, Wouter Botte (UGent) , Daniele Pelessone and Roman Wan-Wendner (UGent)

(2025) COMPUTERS & STRUCTURES. 317.
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Coupled mesoscale analysis of concrete shrinkage

Yilin Wang (UGent) , Giovanni Di Luzio, Jan Vorel, Jan Belis (UGent) , Xinyan Guo (UGent) and Roman Wan-Wendner (UGent)

(2025) CEMENT & CONCRETE COMPOSITES. 160.
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Multi-physics simulation of adhesives for structural joints in hygrothermal environments considering mechanical degradation

Yilin Wang (UGent) , Antonio Cibelli (UGent) , Jan Vorel, Philipp Siedlaczek, Jan Belis (UGent) , Helga C. Lichtenegger and Roman Wan-Wendner (UGent)

(2025) COMPOSITE STRUCTURES. 357.
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Simulation of bond behavior of FRP-concrete joints using the lattice discrete particle model

Yilin Wang (UGent) , Gilda Daisse, Mattia Santandrea, Marco Marcon, Jan Vorel, Roman Wan-Wendner (UGent) and Christian Carloni

(2025) JOURNAL OF COMPOSITES FOR CONSTRUCTION. 29(2).
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- Journal Article
- A1
- open access
Experimental bond characterisation and inverse numerical stress-slip law identification for adhesive anchor applications

Marco Marcon, Jan Vorel (UGent) , Kresimir Nincevic and Roman Wan-Wendner (UGent)

(2024) APPLIED SCIENCES-BASEL. 14(13).
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- Journal Article
- A1
- open access
Efficient approaches for modeling and simulating the mechanical behavior of concrete using lattice discrete particle models

Jiajia Wang (UGent) , Jan Vorel (UGent) , Wouter Botte (UGent) , Daniele Pelessone and Roman Wan-Wendner (UGent)

(2024) COMPUTERS & STRUCTURES. 305.
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Simulation of tri-axial stress redistribution effect in concrete under fatigue loading : lattice discrete model vs. microplane model

M. Aguilar, A. Baktheer, Roman Wan-Wendner (UGent) , Jan Vorel (UGent) , M. Vořechovský and R. Chudoba

(2024) ECCOMAS 2024 : 9th European Congress on Computational Methods in Applied Sciences and Engineering.
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- Journal Article
- A1
- open access
Thermo-mechano-chemical modeling and computation of thermosetting polymers used in post-installed fastening systems in concrete structures

Bilen Emek Abali, Jan Vorel and Roman Wan-Wendner (UGent)

(2023) CONTINUUM MECHANICS AND THERMODYNAMICS. 35(3). p.971-989
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Multi-physics modelling of concrete shrinkage with the lattice discrete particle model considering the volume of aggregates

Yilin Wang (UGent) , Roman Wan-Wendner (UGent) , Giovanni Di Luzio, Jan Vorel and Jan Belis (UGent)

(2023) International RILEM Conference on Synergising Expertise towards Sustainability and Robustness of Cement-based Materials and Concrete Structures : SynerCrete’23 : volume 1. In RILEM Bookseries 43. p.203-213
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- Conference Paper
- C1
- open access
MARS : a multiphysics framework for the analysis of cast and printed concrete

Antonio Cibelli (UGent) , Roman Wan-Wendner (UGent) , Lin Wan-Wendner, Jan Vorel and Daniele Pelessone

(2023) 16th International Conference on Durability of Building Materials and Components, Proceedings.

Academic Bibliography

Adaptive lattice discrete particle model for concrete

Coupled mesoscale analysis of concrete shrinkage

Multi-physics simulation of adhesives for structural joints in hygrothermal environments considering mechanical degradation

Simulation of bond behavior of FRP-concrete joints using the lattice discrete particle model

Experimental bond characterisation and inverse numerical stress-slip law identification for adhesive anchor applications

Efficient approaches for modeling and simulating the mechanical behavior of concrete using lattice discrete particle models

Simulation of tri-axial stress redistribution effect in concrete under fatigue loading : lattice discrete model vs. microplane model

Thermo-mechano-chemical modeling and computation of thermosetting polymers used in post-installed fastening systems in concrete structures

Multi-physics modelling of concrete shrinkage with the lattice discrete particle model considering the volume of aggregates

MARS : a multiphysics framework for the analysis of cast and printed concrete

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