Damage detection in civil engineering structures using changes in measured modal
parameters is an area of research that has received notable attention in literature in recent …

Vibration-based structural health monitoring of reinforced concrete structures gained a lot of
interest among the research community in recent years to develop modern methods of …

This paper presents two novel concepts to enhance the accuracy of damage detection using
the Modal Strain Energy based Damage Index (MSEDI) with the presence of noise in the …

Purpose The main purpose of this study is to examine the damage behavior of flexural
members under different loading conditions. The finite element model is proposed for the …

Vibration monitoring of civil engineering structures has gained a lot of interest over the past
few years, due to the relative ease of instrumentation and the development of new powerful …

This paper aims to study the effects of measuring errors during the process of structural
health monitoring (SHM) on the reliability index (RI) of a building. A six-story plane frame …

In chapter 12, a study of mode shape based approaches for health monitoring of reinforced
concrete beams under transverse loading is presented. An analytical approach has been …

In this paper, a new approach is developed for the system identification using finite element
method (FEM) modelling concept. Matrices of the structural members are modelled using the …

ABSTRACT A damaged structure has reduced stiffness due to material and/or some
weakened cross-section, and degradation in strength. The motivation for this study is to find …

Dynamic characteristics of simply supported reinforced concrete (RC) beams of 1200× 150×
100mm were investigated by finite element method (FEM), assuming linear behaviour …