The development of artificial bone substitutes that mimic the properties of bone and
simultaneously promote the desired tissue regeneration is a current issue in bone tissue …

A methodology is proposed to design a spatially periodic microarchitectured material for a
two-dimensional femoral implant under walking gait conditions. The material is composed of …

Biodegradable cages have received increasing attention for their use in spinal procedures
involving interbody fusion to resolve complications associated with the use of …

Advancements in the fields of biocompatible materials, manufacturing processes,
computational methods and medicine have led to the emergence of a new field: micro-scale …

The load-bearing bone implants materials should have sufficient stiffness and large porosity,
which are interacted since larger porosity causes lower mechanical properties. This paper is …

In scaffold-based tissue engineering, sufficient oxygen and nutrient supply into cells within a
scaffold is essential to increase cell viability and the proliferation rate. Generally, oxygen and …

Tissue engineering has the potential to overcome the limitations associated with current
reconstructions strategies of the Anterior Cruciate Ligament (ACL). However, the design of a …

Defects on human facial skeleton caused by blast injury or deformity due to ablation of tumor
lead to devastating physical and mental trauma for a patient. Such incidents commonly …

The design of porous scaffolds for tissue engineering requires methods to generate
geometries in order to control the stiffness and the permeability of the implant among others …

A optimização estrutural é uma temática antiga em engenharia. No entanto, com o
crescimento do método dos elementos finitos em décadas recentes, dá origem a um …