Driven by the advancement of industrial mathematics and the need for impact case studies,
Inverse Problems with Applications in Science and Engineering thoroughly examines the …

This paper is concerned with the solution of some inverse elasticity problems of practical
significance to experimental mechanics. More specifically, the boundary tractions and …

A finite element method (FEM) is presented for calculating the surface tractions on a body
from internal measurements of displacement at discrete sensor locations. The solution …

The campaign life of a modern blast furnace is determined by the residual thickness of the
refractory in the hearth. A new methodology is established to predict the inner profile of a …

In this paper, a new two-probe surface heat flux calibration integral equation method (CIEM)
is proposed for resolving nonlinear inverse heat conduction problem possessing …

In this paper, two matrix algebraic tools are provided for studying the solution-stabilities of
inverse heat conduction problems. The propagations of the computed temperature errors, as …

Abstract A deforming FEM (DFEM) analysis of one‐dimensional inverse Stefan problems is
presented. Specifically, the problem of calculating the position and velocity of the moving …

An on-line thermal unknown's estimation method using Input Estimation algorithm has been
successfully employed in 1-D and 2-D Inverse Heat Conduction Problems (IHCP). However …

For ill-posed initial value problems, step by step marching computations are unconditionally
unstable, and necessarily blow-up numerically as the mesh is refined. However, for the 1D …

This article revisits the application of the Dual Reciprocity Method to a class of inverse
problems governed by the Poisson equation in a thorough and careful manner. Here the …