, the inertia and independent Degree of Freedom (DoF) of the suspending chains are also considered. FiniteElementMethod (FEM) is well applicable for the formulation of nonlinear and linear static and dynamic problems [ 8 ], [ 9 ]. The suspending chain
ElementMethod (FEM), and for that, the ANSYS 2019 R1 Code was used. The boundary condition the following fixed support was at one end of the beam, and on the other end, the load was applied was a frictionless support. This load always was moment type load
methods of rails that are based on ultrasonic wave propagation were widely used [ 6 ]. The SAFE approach to determine the dispersive curves is to discretize the domain cross-section by the finiteelementmethod, in a two-dimensional problem (2D). In the
Authors:Alban Kuriqi, Mehmet Ardiçlioglu, and Ylber Muceku
, Daneshmand F.
Three-dimensional smoothed fixed grid finiteelementmethod for the solution of unconfined seepage problems , Finite Elements in Analysis and Design , Vol. 64 , 2013 , pp. 24 – 35
method (FVM) [ 34 ] and the FiniteElementMethod (FEM) [ 35 ]. In this work, we will choose this last method as a method of solving problems of irregular structures in elevation. The concept of this method is used for numerical analysis wherein the model
Authors:Michael Jakubinek, Catherine Whitman, and Mary White
Finite element analysis is used to explore composites of negative thermal expansion materials with positive thermal expansion
materials (ZrW2O8 in Cu and ZrO2 in ZrW2O8) and evaluate how thermal and mechanical properties, rates of cooling/heating, and geometry and packing fraction influence
the overall expansion and thermal stress. During rapid temperature changes, the transient short-time thermal expansion can
be considerably larger than the steady-state value. Furthermore, thermal stress in the composite can be large, especially
at the interface between the materials, and can exceed the material strength.