Patient-specific analysis of bones is considered an important tool for diagnosis and
treatment of skeletal diseases and for clinical research aimed at understanding the etiology …

By combining load adaptive algorithms with mechanobiological algorithms, a computational
framework was developed to design and optimize the microarchitecture of irregular load …

This work deals with the development, the application and the experimental validation of a
procedure based on an algorithm, running in a finite element environment replacing the …

The structural and elastic mechanical properties of xNa 2 O–(100-x) SiO 2 sodium silicate
glasses were computed and analyzed at different scales, using atomistic simulations and …

An experimental and numerical study of the creep behavior of the bovine metatarsal cortical
bone is presented. The experimental procedure included the multiple cycle tensile creep …

This work deals with the development, the application and the experimental validation of a
procedure based on an original algorithm, running in a finite element environment replacing …

This work shows the practical application and the experimental validation of a procedure
based on an original algorithm, running in a finite element environment, able to operate …

Bone tissue is a structure with a high level of geometrical complexity as a result of mutual
distribution of a large number of pores and bone scaffolds. For the study of the mechanical …

Biomechanics are especially important when it comes to the lower third of the face which is
composed of a single load-bearing structure, the mandible. Implementation of recent …

Az értekezésben a fogászati implantátumokat övező csontszövet mechanikai viselkedésével
foglalkoztam, különös tekintettel az állcsont szivacsos állományára. A komplex kutatási …