With the advancement of 3D printing technology, manufacturing metamaterials with extreme
mechanical properties is becoming more feasible. Hierarchical lattices appear to be ideal …

Architected materials and mechanical metamaterials are known for their unique
macroscopic properties and complex behaviour that often defy conventional continuum …

This paper presents a comprehensive investigation of mesoporous Silica utilizing a multi-
scale modeling approach under periodic boundary conditions integrated with machine …

Micropores play critical roles in both natural and man-made materials. Such pores take on a
variety of shapes and sizes ranging from spherical to irregular sphere-like voids with …

The stress analysis of micro-arc oxidation (MAO) coated aero Al alloys is the basis to reveal
the mechanism of fatigue deterioration. To clarify effects of the coating defects on fatigue life …

The work aims at relating stiffness changes in porous materials to the evolution of pore
space geometry. After a brief review of the relevant micromechanics tools, we apply them to …

The future of global energy supply significantly depends on advancements in subsurface or
geological engineering, as the subsurface can act as a reservoir for natural gas, hydrogen …

The research is devoted to solving the problem of regulating the porosity parameters during
the manufacturing process under magnetic field conditions. The process of synthesizing …