The potential of plant fibres in composite material components can be enhanced by applying
hemp fibres for fabrication of composites with aligned fibres. Fibre alignment can be …

Research in modeling and simulation of woven fabrics has been quite intensive in the past
decade. The simulation studies presented confined consideration of crimp and extension …

The article presented finite element analysis work on modelling impactor shape effects on
plain woven fabric puncture damage. Woven fabric models were developed with ABAQUS …

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 …

ABSTRACT 3D angle interlock is one of many textile woven structures that have shown
prominent mechanical tensile strength properties towards technical application such in …

The article presents simulation work to model puncture impact damage of woven fabric with
multitude of yarn frictions settings. Woven fabric models were developed with ABAQUS finite …

3D angle interlock is one of many textile woven structures that have shown prominent
mechanical tensile strength properties towards technical application such in transportation …

An experimental study have been performed to investigate the uniaxial tensile stress-strain
response on the 3D angle interlock (3DAI) woven fabric composite. The tensile analysis …

One of the activities producing a destructive impact on the environment is uncontrolled or
illegal timber harvesting. It is a response to high market demand due to the modernisation of …

One of the main problems on utilising the plant fibres in composite materials is control of
fibre orientation and distribution. This problem can be solved by converting the plant fibres …