With the development of hydrogen fuel cell vehicles, the on-board hydrogen storage
technology with safety, efficiency and economy has become a fundamental part. Low cost …

In this work, damage and failure in carbon fiber reinforced epoxy filament wound composite
tubes were thoroughly evaluated through a proposed damage model, which is able to …

Identification of the boundary between failure by buckling, collapse and material failure in
cylindrical tubes under axial compression is still challenging. The focus of this research is to …

Due to the large number of design variables for laminate composite structures, the use of an
optimum stacking sequence is a key step in the design of a structure with the most suitable …

The focus of this study is the development of a computational model with damage to predict
failure of carbon fiber/epoxy filament wound composite tubes under radial compressive …

This work aims at develo** a strategy to obtain damage evolution parameters of wound
cylinders to verify the influence of the winding pattern on them. First, a detailed description of …

The paper deals with estimating the load capacity of thin-walled composite columns with C-
shaped cross-section subjected to uniform compression. The discussed columns were made …

Fiber-reinforced composite (FRC) materials have gained significant traction in various
industrial sectors, including aerospace, marine, and energy applications, owing to their …

This works proposes a novel approach to develop higher-order finite elements by taking
progressive damage into account in the formulation. The approach is based on Carrera's …

A progressive damage model with the combination of 3D Hashin criterion and exponential
material degradation was developed and validated according to the experimental results of …