International Journal of Masonry Research and Innovation
Scope & Guideline
Transforming the landscape of masonry science and innovation.
Introduction
Aims and Scopes
- Structural Assessment and Health Monitoring:
The journal places a significant emphasis on the structural assessment and health monitoring of masonry buildings and structures, utilizing advanced methodologies such as numerical simulations, non-destructive testing, and dynamic characterization. - Material Properties and Innovations:
Research articles often explore the physical, mechanical, and thermal properties of various masonry materials, including innovative composites and eco-friendly alternatives, contributing to sustainable construction practices. - Seismic Vulnerability and Retrofitting Techniques:
A core focus is on understanding the seismic behavior of masonry structures and developing retrofitting techniques to enhance their resilience against earthquakes, which is critical for preserving historical buildings. - Experimental and Numerical Methodologies:
The journal encourages the use of both experimental investigations and numerical modeling approaches to provide comprehensive insights into masonry behavior under various loading conditions. - Historical Masonry Preservation:
There is a strong commitment to the preservation and restoration of historical masonry structures, including studies that assess the impact of environmental factors and structural interventions on heritage buildings.
Trending and Emerging
- Sustainable Materials and Eco-Friendly Practices:
There is a noticeable increase in research focused on sustainable masonry materials, including the use of recycled or waste materials, which aligns with global efforts towards environmental conservation and energy efficiency in construction. - Advanced Structural Health Monitoring Techniques:
The use of sophisticated structural health monitoring techniques, including IoT-based systems and non-destructive testing methods, is gaining traction, enabling real-time assessment of masonry structures. - Integration of Digital Tools in Masonry Analysis:
Emerging trends include the integration of digital tools such as finite element modeling and computational simulations, facilitating more accurate predictions of masonry behavior and enhancing design methodologies. - Retrofitting Innovations for Historical Structures:
There is an increasing focus on innovative retrofitting methods specifically designed for historical masonry structures, incorporating modern materials and techniques to improve seismic resilience without compromising heritage value. - Multidisciplinary Approaches to Masonry Research:
Research is increasingly adopting multidisciplinary approaches, combining insights from engineering, architecture, and materials science to address complex challenges in masonry design and preservation.
Declining or Waning
- Traditional Masonry Techniques:
Research focusing on traditional masonry techniques and historical construction methods appears to be decreasing, as there is a growing preference for modern materials and methodologies that prioritize innovation and efficiency. - Basic Mechanical Testing:
The frequency of studies concentrating solely on basic mechanical testing of masonry materials has waned, with a shift towards more complex analyses that integrate advanced modeling and multi-faceted experimental approaches. - General Reviews on Masonry Literature:
Comprehensive reviews summarizing existing literature on masonry have become less common, as the journal leans towards publishing original research that contributes new knowledge rather than reviews of past work.
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