In-vivo corneal biomechanical characterization has gained significant clinical relevance in
ophthalmology, especially in the early diagnosis of eye disorders and diseases (eg …

Identifying unknown Young's moduli and boundary conditions of the heterogeneous material
using locally observed boundary data is the inverse problem which is generally solved by …

It is of great significance to identify the nonhomogeneous distribution of material properties
in human tissues for different clinical and medical applications. This leads to the requirement …

This paper presents a method to derive the virtual fields for identifying constitutive model
parameters using the Virtual Fields Method (VFM). The VFM is an approach to identify …

Simultaneously identifying unknown Young's modulus and boundary conditions of a linear
elastic material with the measurements only on a part of its boundary is an inverse problem …

The identification of nonhomogeneous elastic property distributions has been traditionally
achieved with well acknowledged optimization based inverse approaches, but when full …

In this work, we present a novel inverse approach to characterize the nonhomogeneous
mechanical behavior of linear elastic solids. In this approach, we optimize the geometric …

Estimating the unknown Young's modulus and boundary conditions of an elastic object from
locally observed boundary data is an inverse problem which is usually solved by iterative …

Identifying the spatial variation of stiffness properties in soft tissues nondestructively, with
limited surface measurements, poses significant challenges. In this paper, we present a …

Elastography is a non-invasive medical imaging technique to map the spatial variation of
elastic properties of soft tissues. The quality of reconstruction results in elastography is …