The cellular behavior of Voronoi tessellation has generated interest due to its applicability in
various fields and its notable structural properties. Controlling factors such as the gradient of …

Background: Managing segmental mandibular defects remains challenging, requiring a
multidisciplinary approach despite the remarkable progress in mandibular reconstruction …

3D Voronoi scaffolds are widely applied in the field of additive manufacturing as they are
known for their light weight structural resilience and share many topological similarities to …

This study investigates the design and mechanical evaluation of hydroxyapatite (HAp)
scaffolds for bone tissue engineering, using stereolithography (SLA) to fabricate …

The paper explores enhancing the mechanical behavior of stochastic lattice structures
through a semi-controlled design approach. By leveraging the Gibson-Ashby model and …

The irregular porous structure, similar to human bone tissue, is more beneficial for bone
ingrowth than the regular one. We proposed a new design method to create uniform and …

Abstract (DE) Gitterstrukturen sind ein prominentes Beispiel für die Designfreiheiten der
Additiven Fertigung. Während regelmäßige Gitterstrukturen einfacher zu konstruieren sind …

Stochastic structures with semi-controlled nodes were generated in the software Rhinoceros
7/Grasshopper using the Voronoi tessellation method, which divides a given volume into …

Two Voronoi structures (homogeneous and hollow cylinders) of Hydroxyapatite (HAp) were
fabricated through SLA technique to evaluate their mechanical properties and failure …