This paper performed a systematic review of the various machine learning (ML) techniques
applied to assess the health condition of heritage buildings. More robust predictive models …

Confined masonry (CM) has been adopted as a cost-effective and earthquake-resistant
solution for buildings, mostly in developing countries. CM has large potential for use in …

In this paper a macro-modelling approach for the seismic assessment of Infilled Frame
Structures (IFS) is presented. The interaction between frame and infill is simulated through …

The behavior of historical UnReinforced Masonry (URM) buildings subjected to earthquake
loading is usually governed by a complex interaction between the in-plane and out-of-plane …

Recent earthquakes have demonstrated the high vulnerability of cultural heritage buildings,
whose seismic assessment and rehabilitation constitute an important issue in seismic …

Modern design of buildings requires accounting for sustainability aspects using a life-cycle
perspective, but also the early design phase where earthquake actions have a significant …

This article discusses the significance of confined masonry (CM) structures in terms of their
remarkable seismic performance in past earthquake events. However, the variability of CM …

Geopolymer concrete is preferred over OPC due to its use of energy waste such as fly ash,
making it more sustainable and energy-efficient. However, limited research has been done …

Strut-and-tie analysis is popularly used for the design of shear critical structures and can be
applicable for the analysis of confined masonry (CM) walls, which often behave as shear …

Confined Masonry (CM) buildings have been embraced in many countries due to simple
construction methodology, affordability, and effectiveness in resisting the seismic loads …