Solid‐state batteries (SSBs) have garnered significant attention in the critical field of
sustainable energy storage due to their potential benefits in safety, energy density, and cycle …

Heterogeneous materials with randomly distributed pores are ubiquitous, such as sintered
silver nanoparticles, concrete materials, 3D printed polymers, and natural bones. Recent …

We propose a variational approach that employs a generalized principle of virtual work to
estimate both the mechanical response and the changes in living bone tissue during the …

Infill density used in additive manufacturing incorporates a structural response change in the
structure. Infill pattern creates a microstructure that affects the mechanical performance as …

Strain localization is a common phenomenon existing in various multiscale materials or
structures, eg, the bulking bands of thin-walled structures, the local collapse of porous …

Microstructure related deviation from elastic response is known as “size-effect.”
Metamaterials–for example modeled by strain gradient elasticity–capture this effect …

Orthodontic tooth movement is the fundamental phenomenon underlying the treatment of
dental malocclusions. For orthodontic treatment to be efficient and effective, the amount of …

A fundamental understanding of the interaction between microstructure and underlying
physical mechanisms is essential, especially for developing more accurate multi-physics …

Microscopic features (eg, pore shapes, sizes, and distribution) in porous material
substantially affect the overall mechanical properties such as stiffness and strength. In turn …

Even though the development of novel materials that mimic nature is widely used in a variety
of engineering and scientific fields, the relationship between effective material properties …