In this paper, we present a material constitutive model for three-dimensional (3D) needle-
punched carbon/silicon carbide (C f/SiC m) with a complex meso-scale structure and …

The contact pressure in the Brazilian disc test is investigated by theoretical analysis and
experiment. A new theoretical approach is presented to obtain a semi-analytical solution of …

In this paper, the dynamic self-optimizing inverse method (Self-OPTIM) has been proposed
to inversely estimate model parameters by using structural responses under dynamic …

In this paper, a new inverse uncertainty quantification method was proposed to identify
statistical parameters associated with spatially varying material properties and to reconstruct …

Understanding and predicting the behavior of structures under specific operating conditions
is a fundamental task of structural engineers. Scientific principles are used to model the …

This article demonstrates a novel parameter identification of a rate-dependent damage
constitutive model using self-optimizing inverse method. In the self-optimizing inverse …

In this paper, a mathematical proof of the existence of a global minimum of Self-Optim (Self-
Optimizing Inverse Analysis Method) cost functional is presented based upon weak-solution …

In this paper, a new methodology for reconstructing spatially varying random material
properties is presented by combining stochastic finite element (SFE) models with Self …

This paper presents a probabilistic micromechanical framework for analyzing crack bridging
stressdisplacement in short steel hooked-end fiber-reinforced cementitious composites …

This work deals with parameter identification for general linear elliptic problems of second
order. The parameter dependence within the equation can be non-linear. Problems of such …