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 presents a mixed numerical–experimental method for the identification of the four
in-plane orthotropic engineering constants of composite plate materials. A biaxial tensile test …

A new hybrid finite element formulation is presented for solving two-dimensional orthotropic
elasticity problems. A linear combination of fundamental solutions is used to approximate …

This article presents a new approach for inverse identification of all elastic constants of a 3D
generally anisotropic solid with arbitrary geometry via measured strain data. To eradicate …

It is in general challenging to characterize planar mechanical properties of extremely soft
tissues such as cell-seeded collagen gels. One of the difficulties is related to premature …

The knitted wire mesh is often used as a reflecting surface of large deployable antennas.
Because different wire meshes have different electrical properties, it is very important and …

An inverse technique, based on the boundary element method (BEM) and elastostatic
experiments for identification of elastic constants of orthotropic and general anisotropic 2D …

Material properties of composites are identified using a novel hybrid RSM–PSO method in
this paper. Different response surface methodology (RSM) methods and particle swarm …

There are six elastic constants for an anisotropic body in plane strain/stress conditions. In
the inverse problem of this study, it is assumed that the elastic constants of an anisotropic …

This paper focuses on a parameter identification algorithm of two-dimensional orthotropic
material bodies. The identification inverse problem is formulated as the minimization of an …