Ching et al. [29] and Nasrella and Manohar [30] applied a particle filter method for state as well as system parameter estimation of dynamic systems implementing finite-element model in forward scheme with deterministic excitation.
As such, they can be used to implement finite computing devices, such as the finite transducers.
After this first step, numerical seismic analyses were done with some implemented finite element models (FEM) of the structure.
In this work, the implemented finite element (FE) analysis identifies the key aspects of dual-stent mechanics.
Zhan and Ranjani (1997) implemented finite element analysis to evaluate the effect of different trench backfill materials, as well as pipe burial depth, on the performance of buried PVC and ductile pipes.
The algorithm implements finite impulse response systems whose convolution profiles are designed on the basis of an H2-norm type criterion which guarantees robustness, particularly with respect to electrical noise.
This study intends to implement finite element modelling via software (ANSYS) to simulate the structures that are subjected to dead load (self weight and communication system weight) and wind load which are apparent at high rise building.
The implemented finite element model is based on a non-conforming triangular flat plate/shell element, with three nodes and eight degrees of freedom per node, associated with a higher order shear deformation theory.
In this paper, an object-oriented framework for implementing the finite element method is presented.
The system under investigation was analyzed by means of full dynamic time history analyses, implementing rigorous finite element models.
It consists in simulation of heat transfer phenomena using heat equivalent source approach and implementing in finite element software COMSOL Multiphysics.
