[HTML][HTML] Towards yarn-to-yarn friction behavior in various architectures during the manufacturing of engineering woven fabrics
Y Wang, J Guo, X Li, S Krugl, Y Jiao, P Wang - Composites Part A: Applied …, 2024 - Elsevier
Friction plays an important role in ensuring the quality of fiber-reinforced composites.
Understanding and evaluating friction properties across different fabric architectures and …
Understanding and evaluating friction properties across different fabric architectures and …
[HTML][HTML] A 3D voxel-based mesostructure generator for finite element modelling of tow-based discontinuous composites
L Gulfo, OH Nilsson, J Sjöberg, I Katsivalis… - Composites Part B …, 2024 - Elsevier
Tow-based discontinuous composites manufactured with ultra-thin tapes display high
stiffness, strength, and in-plane isotropy, thus competing with composite laminates. Their …
stiffness, strength, and in-plane isotropy, thus competing with composite laminates. Their …
[HTML][HTML] Unification and parameterization of 2D woven FRP and sensitivity analysis of their in-plane moduli and strength respect to diverse constituent parameters
T Lv, X Zhang, K Duan, X Liu, D Wang, X Du - Composites Part A: Applied …, 2024 - Elsevier
This study presents a parameterization method for 2D woven fiber-reinforced polymers
(FRPs), accounting for the extensive variations unique to twill and satin weaves, which have …
(FRPs), accounting for the extensive variations unique to twill and satin weaves, which have …
Development of a geometric modeling strategy for the generation of representative unit cells in 2D braids
J Rothkegel, B Renson, M Bruyneel, L Noels - Composite Structures, 2024 - Elsevier
This article presents, tests and validates a method for generating representative unit cells of
braided composites based on a geometrical approach. The method focuses on the geometry …
braided composites based on a geometrical approach. The method focuses on the geometry …
Design optimization of integral stiffeners for 3D woven composite preforms
Although 3D orthogonal textile woven composite panels demonstrate good impact damage
resistance, they often have relatively low bending stiffness. Typically, stiffeners are added to …
resistance, they often have relatively low bending stiffness. Typically, stiffeners are added to …
[HTML][HTML] A consistent formulation for yarn re-orientation in shear and off-axis loading of woven composites RVEs
A Li, JJC Remmers, MGD Geers, TJ Massart - Composite Structures, 2023 - Elsevier
The mechanical response of woven composites under off-axis tensile loading is strongly
affected by the damage mechanism in the yarn-yarn and yarn-matrix interfaces. Due to …
affected by the damage mechanism in the yarn-yarn and yarn-matrix interfaces. Due to …
Meso-scale modelling of complex fibre composite geometries using an immersed boundary method
E Börjesson, CV Verhoosel, JJC Remmers… - Finite Elements in …, 2024 - Elsevier
This paper investigates the application of immersed methods to simplify the discretisation
and modelling process for meso-scale geometries in fibre-reinforced composites. The …
and modelling process for meso-scale geometries in fibre-reinforced composites. The …
Incorporation of compaction effects in the automated generation of 3D woven composites representative volume elements by geometrical modelling
LF Gulfo Hernández, B Wintiba, A Li… - Journal of …, 2024 - journals.sagepub.com
Advanced 3D woven composites have become an enabling technology in many industrial
applications due to their proven benefits, particularly the improvement of the out-of-plane …
applications due to their proven benefits, particularly the improvement of the out-of-plane …
Numerical methods for multiscale modelling of fibre composites
E Börjesson - 2024 - search.proquest.com
Fibre composite materials are inherently heterogeneous, often characterised by a complex
internal substructure that includes various material phases and interfaces. The intricate …
internal substructure that includes various material phases and interfaces. The intricate …