This paper introduces three innovative frameworks to obtain the strain energy function for
rubber-like materials through an inverse approach. To this end, we inspire from the statistical …

The efficiency of classical truly meshless local Petrov–Galerkin method with linear test
function approximation in the crack growth problems of complex configurations is …

Due to wide applications of hyper-viscoelastic material models in medicine and industry,
many researchers have focused on determination of the parameters of these models. In …

To inversely identify the loads applied on structure, sufficient information about the material
properties is usually required. In this paper, an innovative and robust inverse approach is …

An efficient iterative inverse procedure is proposed for the identification of the distribution of
loads that has led to a specific crack propagation path in a fractured component. This …

In many practical problems, a body is subjected to a thermal load and experience a
temperature change. In some cases, the temperature change can be very high and it would …

A new hybrid conjugate gradient method is proposed in this article based on the gradient
operator and applied to the structural dynamic load identification problem. It has proved that …

The paper is focused on the numerical analysis of the two-point inverse stationary heat flow
problem, namely the identification of the thermal load. Determination of selected parameters …

Load identification by inverse analysis has been investigated extensively in many elastic
studies; however, very few studies on inverse load identification in plastic and especially …

The paper presents a concept and realization of monitoring system for the Silesian Stadium
in Chorzow. The idea of the system lies in fusion of structure monitoring with a calibrated …