In addition, the discrete element model of the maize stalk was implemented using contact models and bonded ... The discrete element model developed from this study is used for simulation of the detach-system. ... The purpose of this study is to develop a discrete element model for maize stalks that will be used for
analysis utilizing the discrete micromechanics models of the graded layer, for various volume fractions ... study intends to investigate the characteristics of these homogenization methods through the finite element
model? ... Operational rules, bureaucratic adjudication, and bureaucratic discretion are three important types of ... Describe the meanings of cost-benefit analysis by using its key elements such as net benefits and benefit
element is modified to analyze the model with plate and shell element. ... with plate/shell element, spring element and beam element. ... In load discretization program part, load discretization algorithm that was used for the continuum solid
The ideal operational amplifier is a simple model of an operational amplifier that is linear. ... Linear regulators may also be made up of assemblies of discrete solid-state or vacuum tube components ... Because a linear voltage regulator is a common element of many devices, integrated circuit regulators
element method to model and analyze fortress structures. ... classifies fortress structures according to the construction and configuration types, and then applies the discrete
In the boundary elementmodelling of the multi-layered medium, fundamental solutions are not readily ... with Kelvin solution, by discretizing each homogeneous subdomain and enforcing compatibility and equilibrium ... In this paper, an efficient numerical modelling of multi-layered structural systems is studied using
point data to BIM Authoring Tools(BAT) through discretization of alignment in Alignment-centered Modeling ... IFC data schema was derived to consider the physical and spatial elements of tunnel structures and alignment ... In this study, we proposed the method of building tunnel models reflecting curved alignment by transferring
viscous-spring elements are used at the outer FE boundary, in the LS-DYNA model and in MIDAS/Civil model ... With the FEA programs, the structure and soil media are discretized by linear or nonlinear finite elements ... In this paper, a coupling scheme for applying finite element analysis(FEA) programs, such as, LS-DYNA
element of section. ... by the moment-curvature relationship which is based on stress-strain relationships of material for discreted ... And the applicability of trapezoidal stress model is to be verified.
by nonlinear finite elements. ... 기하학적 형상과 재료 성질이 균일하고 선형 거동을 가정하는 원역지반은 무한 영역으로의 에너지 방사를 정확히 고려할 수 있는 3차원 perfectly matched discrete layer에 ... dynamic responses is assumed linearly elastic, is represented by three-dimensional perfectly matched discrete
The f1uid region is discretized by using f1uid elements. ... In the Lagrangian approach, the f1uid as well as the storage structure is modell어 by the finite element ... The (1 x l)-reduced integration ís carríed out for constructing the stiffness matríces of the f1uid elements
used in continuum mechanics or discreteelement methods. ... not only to material development but also to the determination of constitutive equations or contact models
corrugation on a gravel road with certain wheel and boundary conditions were evaluated using a coupled discrete-element ... the driver’s acceleration and deceleration with various particle gradations and wheelconfiguration models
This study also discussed about and suggested incorporation of the universal design model into the clinical ... Since tactile displays are varying in their size and power requirements, they offer a discrete, affordable ... Four levels of complexity, including single-element, one-dimensional, two-dimensional, and three-dimensional
a discrete time. ... The following figure shows the Discrete blocks. ... error tolerance’, ‘time variable’, ‘real time availability’ on ‘Setting simulation parameter’ box. 4) Model
Numerical analysis includes finite element method, finite difference method, and discreteelement method ... Various types of slope analysis models Generally, there are numerical analysis
The present author propose new discreteelements for elasto-plastic analysis of cylindrical shell structures ... In this study, it is proposed how this rigid element-bodies spring model can be applied to the elasto-plastic ... , that is, a rectangular-shaped cylindrical element and a rhombus-shaped cylindrical element for the
Finite element formulations 2-2-1. ... , p = 1 ) ▶▶ rm PHI sub K related to pertubation term of low viscous fluid stability Regularisation model ... SUP N `SUB i} over {max((del times V) SUP N `SUB i ))}]~(tr(D:D)) ^1/2 (same form of Zero equation model
This article deals with the transient analysis in bicycle shifting using a discrete chain model. ... As a result, we investigated the dynamic behaviors of a discrete chain model focused on the interaction ... components of a bicycle, we focused in the power-transmissions on the contact points between the chain element