An urgent task in creating and using composite materials is the assessment and prediction
of their performance properties and reliability. Currently, when studying the reliability of the …

The complex failure behavior of triaxially braided composites under in-plane transverse load
conditions is investigated through quasi-static experiments and meso-scale finite element …

Air voids produced in the manufacturing process have significant influence on the
mechanical performances of single fiber bundle in carbon fiber-reinforced composites. The …

A reasonable boundary condition for the meso-scale finite element (FE) simulation of textile
composites is necessary for model validation against experiments, which is sometimes over …

The external load angle is known to have a significant influence on the mechanical behavior
of two-dimensional triaxially braided composites (2DTBCs). However, the experimental data …

Abstract Information technology applications are crucial to the proper utilization of
manufacturing equipment in the new industrial age, ie, Industry 4.0. There are certain …

A generalized analytical model is developed to predict progressive failure behavior of
several types of textile composites, including plain weave composites, twill weave …

The shear strength and progressive damage responses of 2D-triaxially braided composite
(2DTBC) panel under shear loading are predicted by multi-scale modeling approaches. A …

A novel synergistic multi-scale modeling framework with a coupling of micro-and meso-scale
is proposed to predict damage behaviors of 2D-triaxially braided composite (2DTBC). Based …

Two-dimensional triaxial braided composite (2DTBC) often fails by external force from
different directions in service. In this work, the in-plane compression failure mechanism of …