Stitched composite material not only suppresses delamination expansion, but also improves inter-laminar toughness and compressive characteristics after impact by introducing stitch in the thickness direction. Equivalent hole method simulates the initial damage of stitched plate. The finite element analysis method with damage evolution process based on threedimensional Hashin criterion with 3D solid element modelling laminates,3D bar element modelling stitch simulated the stitched composite laminates damage evolution effectively. The calculation results were in good agreement with the experimental data
The impact response of stitched graphite/epoxy laminates was examined with the aim of evaluating the...
This paper aims to investigate the effectiveness of using through-thickness stitching in suppressing...
ABSTRACT: Tests were conducted with stitched laminates in order to calculate CAI (compression after ...
A finite element (FE) model using coupling continuum shell elements and cohesive elements is propose...
The paper illustrates the use of Finite Element (FE) analyses for the simulation of the effect of th...
ABSTRACT: Tests are conducted using stitched laminates in order to calculate the unnotched failure s...
The failure and residual strength after low-velocity impact of stitched composites are very importan...
The study examines the effect of stitching on the impact behaviour of cross-ply carbon/epoxy lamin...
The study examines the effect of stitching on the impact behaviour of cross-ply carbon/epoxy lamin...
In this article, the study of impact damage of laminated composites reinforced by through-thickness ...
In this paper, the damage failure and behaviour of stitched composites under compression after impac...
This study examines the effect of stitching on the structural and damage response of [...
In this paper, a novel empirical trend has been identified to understand the delamination reduction ...
The paper investigates the effect of stitching on the post-impact flexural performance of two classe...
The paper investigates the effect of stitching on the post-impact flexural performance of two classe...
The impact response of stitched graphite/epoxy laminates was examined with the aim of evaluating the...
This paper aims to investigate the effectiveness of using through-thickness stitching in suppressing...
ABSTRACT: Tests were conducted with stitched laminates in order to calculate CAI (compression after ...
A finite element (FE) model using coupling continuum shell elements and cohesive elements is propose...
The paper illustrates the use of Finite Element (FE) analyses for the simulation of the effect of th...
ABSTRACT: Tests are conducted using stitched laminates in order to calculate the unnotched failure s...
The failure and residual strength after low-velocity impact of stitched composites are very importan...
The study examines the effect of stitching on the impact behaviour of cross-ply carbon/epoxy lamin...
The study examines the effect of stitching on the impact behaviour of cross-ply carbon/epoxy lamin...
In this article, the study of impact damage of laminated composites reinforced by through-thickness ...
In this paper, the damage failure and behaviour of stitched composites under compression after impac...
This study examines the effect of stitching on the structural and damage response of [...
In this paper, a novel empirical trend has been identified to understand the delamination reduction ...
The paper investigates the effect of stitching on the post-impact flexural performance of two classe...
The paper investigates the effect of stitching on the post-impact flexural performance of two classe...
The impact response of stitched graphite/epoxy laminates was examined with the aim of evaluating the...
This paper aims to investigate the effectiveness of using through-thickness stitching in suppressing...
ABSTRACT: Tests were conducted with stitched laminates in order to calculate CAI (compression after ...