Magnetic anisotropy under arbitrary excitation in finite element models

Filling Arbitrary Holes in Finite Element Models

We present a new approach for filling arbitrary holes in Finite Element (FE) models composed of independent meshes which are commonly used in Computer Aided Engineering (CAE). During the preprocessing of an FE model for fluid structure simulation a closed structure hull is required in order to subsequently generate a volume mesh representing the fluid. Today’s complex CAE models include thousan...

Accurate 2d finite element calculations for hydrogen in magnetic fields of arbitrary strength

Recent observations of hundreds of hydrogen-rich magnetic white dwarf stars with magnetic fields up to 10 T (10 MG) have called for more comprehensive and accurate data bases for wavelengths and oscillator strengths of the H atom in strong magnetic fields for all states evolving from the field-free levels with principal quantum numbers n ≤ 10. We present a code to calculate the energy eigenvalu...

Finite-temperature anisotropy of magnetic alloys

Finite Element Shoulder Models

Shoulder joint is a complex integration of soft and hard tissues. It plays an important role in performing daily activities and can be considered as a perfect compromise between mobility and stability. However, shoulder is vulnerable to complications such as dislocations and osteoarthritis. Finite element (FE) models have been developed to understand shoulder injury mechanisms, implications of ...

Finite element modeling of the human head under baton impact

Purpose: This research will try to predict damage probability and calculate the main stress resulted from baton impacts by finite element (FE) modeling of the human head considering skull texture, brain and cerebrospinal fluid.Materials and Methods: A three dimensional FE model of the skull-brain complex was constructed for simulating the baton impact. The FE analysis was carried out using ANSY...