Farukh, Farukh Demirci, Emrah Sabuncuoglu, Baris Acar, Memis Pourdeyhimi, Behnam Silberschmidt, Vadim Mechanical behaviour of nonwovens: analysis of effect of manufacturing parameters with parametric computational model A deformation behaviour of, and damage in, polymer-based thermally bonded nonwovens was studied with a parametric finite-element model. Microstructure of the studied nonwoven was modelled by direct introduction of fibres and bond points, employing a subroutine-based parametric technique. This technique helped to implement variations in dimensional characteristics of structural entities related with manufacturing of these materials. Following experimental observations, a realistic orientation distribution of fibres and single-fibre failure criteria were included into the model. The developed model was demonstrated to be a very useful tool not only for predicting effects of parameters related to manufacturing of nonwovens or of specimen’s size on a macroscopic response of the nonwoven but also for getting an insight into deformation mechanisms and damage localization in its structure. Nonwoven;Polypropylene;Finite element;Damage;Mechanical Engineering not elsewhere classified;Condensed Matter Physics 2015-03-13
    https://repository.lboro.ac.uk/articles/journal_contribution/Mechanical_behaviour_of_nonwovens_analysis_of_effect_of_manufacturing_parameters_with_parametric_computational_model/9572576