Mechanical metamaterials are a class of artificial materials whose geometry is engineered to
have peculiar mechanical properties or programmed responses that are difficult to find in …

Technological advances in imaging techniques and biometric data acquisition have enabled
us to apply methods of network science to study the morphology and structural design of …

Network theoretical measures such as geodesic edge betweenness centrality (GEBC) have
been proposed as failure predictors in network models of load-driven materials failure. Edge …

Dynamic networks contain crosslinks that re-associate after disconnecting, imparting them
with viscoelastic properties. While continuum approaches have been developed to analyze …

Mechanical metamaterials have attracted great attention because of their lightweight, high
strength, and multi-functional performances. They have also been used in aerospace …

Introduction: The trabecular network is perceived as a collection of interconnected plate-(P)
and rod-like (R) elements. Previous research has highlighted how these elements and their …

The present study simulates the fracture behavior of diabetic cortical bone with high levels of
advanced glycation end-products (AGEs) under dynamic loading. We consider that the …

We describe a method to simulate transient fluid flows in fractured media using an approach
based on graph theory. Our approach builds on past work where the graph-based approach …

It is a challenge to determine the dominant topological characteristics of mechanical
properties of adhesive interfaces. In this paper, we used graph theory and molecular …

Strut-based cellular structures have gained remarkable attention in recent years due to their
improved strength-to-weight ratio, energy absorption abilities, and heat transfer properties. A …