A systematic modeling of uncertainty due to image processing, material characteristics and experimental works was developed in order to propose a novel stochastic image-based multi-scale method for heterogeneous media. The ...

Trabecular bone has a complicated porous microstructure and consists of interconnected plates and rods known as trabeculae. The microarchitecture of the trabeculae contributes to load distribution capacity and, particularly, ...

This study presents a prediction of apparent elastic moduli of vertebral trabecular bone using the homogenization method. A micro-finite element (FE) model of trabecular bone was reconstructed from a sequential of cross-section ...

Randomness in the microstructure due to variations in microscopic properties and geometrical information is used to predict the stochastically homogenised properties of cellular media. Two stochastic problems at the ...

Uniaxial ratcheting characteristics of mild steel at room temperature are studied experimentally. Cyclic tension tests, in which maximum strain increases every cycle by prescribed amounts, are conducted systematically in ...

The present paper has been investigated the ratchetting rates for a series of fibre glass reinforced epoxy (FRGE) pressurised piping when subjected to simulated seismic axial strain using ABAQUS. The investigations have ...

Finite element analysis on fibre glass reinforced epaxy (FRGE)has been investigated in this paper to predict the ratcheting responses for a broad set of uniaxial loading histories. The investigations have been performed ...

A series of finite element analysis have been undertaken on Fiber Glass Reinforced Epoxy (FRGE) laminates having fiber orientation of ± 30º, ± 45º and ± 60º subject to axial. Ratcheting of the FRGE laminate has been ...

This paper contains the study about vibration analysis for gearbox casing using Finite Element Analysis (FEA). The aim of this paper is to apply ANSYS software to determine the natural vibration modes and forced harmonic ...