Interval Finite Element Method
Abstract
In general, theories related to the solution of various problems involved in different fields of science and engineering have been well established. Usually, the problems of mechanics, heat transfer, and electromagnetics are modeled by partial differential equations. These problems possess complexity due to the presence of involved parameters, surrounding temporal, and/or spatial scales or the discontinuities in the domain. Hence, the modeling and computer simulations for these problems are often challenging. There exist various well-known numerical methods to handle these problems. In particular, finite element method (FEM) is found to be a versatile method. But FEM has been developed and used where ...
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