The superior multi-functional properties of polymer composites have made them an ideal
choice for aerospace, automobile, marine, civil, and many other technologically demanding …

The accurate prediction of failure of load-bearing fiber-reinforced structures remains a
challenge due to the complex interacting failure modes at multiple length scales. In recent …

The nature of natural fibre such as it is lightweight, recyclable, biodegradable and gives a
high performance in relation to its mechanical properties makes this material an excellent …

Abstract Machine learning (ML) algorithms based on mathematical and statistical methods
are being extensively used for mimicking human decisions in the industry. The current …

Following their mechanical extraction, the fibers coming from the banana pseudo-stem are
coarse and the inter fiber cohesive substances need to be removed before their …

Researches have already been focused on renewable fibre as one of the reinforcements in
composite materials during past few years. In this research, locally available inexpensive …

Polymer composites are employed in a variety of applications due to their distinctive
characteristics. Nevertheless, designing and optimizing these materials can be a lengthy …

Annotation High-strength and high-modulus carbon fibers are the basis of many composite
materials used in power and automotive engineering as well as other mechanical …

The use of sustainable materials is one of the most important principles in the design for
sustainability (DfS) approach, especially during the early stages of product and process …

Identifying the correlation between the physical and mechanical properties of the natural
plant is important in material characterization by performing the statistical approach. The …