This research focuses on comparing the two progressive damage models available in the
explicit nonlinear finite element software LS-Dyna. To explore the prediction capabilities in …

Microstructural atomic defects, including voids, cleavage, and inclusions, are commonly
observed in alumina materials, and their impact on mechanical properties, such as fracture …

The present article investigates the axial crushing behavior of IM7/8552 material system.
Two types of specimens are considered-(a) flat coupons with saw-tooth trigger and (b) C …

The load‐bearing capacity and failure characteristics of composite structures are closely
related to their dimensions. In this study, low‐velocity impact, ultrasonic non‐destructive …

This study examines the residual stress induced by manufacturing and its effect on failure in
thermosetting unidirectional composites under quasi-static loading, using Finite Element …

Three-dimensional orthogonal woven composites (3DOWCs) offer significant advantages in
engineering applications due to their designability for spatial structures and ability to …

Debonding at the wire/matrix interface is a critical failure mode for spiral skeleton-
polyurethane composites. In this work, the interfacial damage characteristics were …

The residual strength of a delaminated skin is critical for the safety of aircraft made of
composite materials. This paper presents a numerical investigation of the compressive …

In this study, the impact performance of carbon fiber‐reinforced polymer (CFRP) composites
under low‐speed impact conditions was investigated using a data‐driven approach. Both …

This paper describes a methodology developed to accurately model the material properties
in the dome area of composite overwrapped pressure vessels (COPV). First, a COPV is …