This study investigates the puncture resistance behaviors of architectural coated fabric. The
effects of boundary condition, penetrator shape, yarns angle, puncture rate, weight …

In this paper, the bursting performance of triaxial woven fabric and its reinforced rubber
composites are studied by the finite element method and the experimental approach, and …

Needle-punched nonwoven fabrics are the most common textile structures used as
geotextiles. In most applications, geotextile layers are subjected to compressive forces …

This paper focuses on the semi-blunt puncture behavior of woven fabrics via finite element
analysis (FEA) approaches. In these finite element (FE) models, main structure parameters …

Research on the simulation and modeling of dynamic puncture penetration is more complex
problem due to full consideration of the tightness of the fabric and the sharp profile of the …

In this paper, the bursting performance of triaxial woven fabric is studied by finite element
method and experimental approach, and compared with plain woven fabric. The influence …

In order to solve the cost and bulky problems of buried thermal pipeline insulating materials,
this study adopts basalt fabric and low-melting PET nonwoven to construct low-cost and light …

This study used the finite element method to investigate the temperature distribution of the
traveller and ring, the effect of spinning parameters on the maximum temperature of the …

In this article, the new model of dynamic puncture behaviors of intra-/inter-reinforced
compound fabrics which are fabricated by nonwovens and reinforced fabrics using needle …

Research in woven fabric composites modeling and simulation has been extensively done
in the past decade. The simulation issue is associated with estimating yarn transverse …