Scaffolds for bone tissue engineering should have sufficient mechanical properties
comparable with those of the surrounding native bone tissue. Therefore, it is necessary to …

Low mechanical strength is a major challenge for porous scaffolds in bone tissue
engineering. Porous scaffold with honeycomb structure, which exhibits excellent mechanical …

To enhance the mechanical properties of three-dimensional (3D) scaffolds used for bone
regeneration in tissue engineering, many researchers have studied their structure and …

Although attempts to improve tissue-engineering scaffolds have been made using
composite materials (synthetic polymers, bioceramics, etc.), research on bone tissue …

In clinical conditions, the reconstructions performed in the complex and three-dimensional
bone defects in the craniomaxillofacial (CMF) area are often limited in facial esthetics and …

In this paper, the results of the study on the performance of four groups of different
honeycomb structures show that the application of honeycomb structure in the design of …

Fabrication of a three‐dimensional (3D) scaffold with increased mechanical strength may be
an essential requirement for more advanced bone tissue engineering scaffolds. Various …

This study aims to fabricate a three-dimensional polymethyl methacrylate (PMMA) scaffold
and investigating its structural and mechanical properties. To fabricate scaffold with a 3D …

In bone tissue engineering, three-dimensional printed biological scaffolds play an important
role in the development of bone regeneration. The ideal scaffolds should have the ability to …

One of the primary challenges in developing bone substitutes is to create scaffolds with
mechanical properties that closely mimic those of regenerated tissue. Scaffolds that mimic …