Journal of Structural and Earthquake Engineering

The Journal of Structural and Earthquake Engineering (JSEE) is an international, peer-reviewed scholarly journal dedicated to publishing high-quality, original research that advances the science and practice of structural and earthquake engineering. The journal serves as a global forum for the dissemination of innovative theoretical, analytical, computational, experimental, and field-based investigations addressing contemporary challenges in the analysis, design, assessment, and performance of civil infrastructure.

JSEE welcomes contributions that present significant scientific advances, novel methodologies, emerging technologies, and engineering solutions with the potential to enhance the resilience, safety, durability, and sustainability of structures subjected to static, dynamic, and extreme loading conditions.

All submitted manuscripts undergo a rigorous single-anonymized peer-review process conducted by independent experts to ensure scientific excellence, originality, technical rigor, and compliance with the highest standards of publication ethics.

The journal publishes original research articles, review papers, technical notes, technical briefs, and case studies that contribute to the advancement of knowledge in structural and earthquake engineering.

The scope of the journal includes, but is not limited to, the following research areas:

• Structural analysis, mechanics, modeling, and design
• Computational mechanics and advanced numerical simulation
• Finite element, mesh-free, and multi-scale modeling techniques
• Structural optimization, reliability, and performance-based design
• Artificial intelligence, machine learning, and data-driven methods in structural engineering
• Structural health monitoring, system identification, and digital twin technologies
• Smart structures and adaptive structural systems
• Earthquake engineering and seismic hazard assessment
• Seismic analysis, design, and performance evaluation of buildings and bridges
• Structural dynamics and vibration control
• Base isolation, passive, active, and hybrid energy dissipation systems
• Seismic rehabilitation, retrofitting, repair, and strengthening of existing structures
• Performance-based earthquake engineering and resilience assessment
• Wind engineering and structural response to extreme environmental loading
• Blast, impact, fire, and multi-hazard structural performance
• Concrete, steel, composite, timber, masonry, and innovative structural systems
• High-performance, ultra-high-performance, fiber-reinforced, lightweight, and sustainable construction materials
• Durability, service life prediction, and life-cycle assessment of structures
• Infrastructure resilience, asset management, and structural maintenance
• Bridge engineering, offshore structures, towers, dams, industrial facilities, and other special structures
• Structural engineering applications of advanced sensing technologies, robotics, and automation
• Experimental testing, laboratory investigations, and full-scale field studies
• Structural engineering codes, standards, and design methodologies
• Emerging materials and innovative construction technologies relevant to structural and earthquake engineering

JSEE encourages interdisciplinary research that integrates structural engineering with geotechnical engineering, materials science, computational science, artificial intelligence, data analytics, and digital technologies to address current and future challenges in the built environment. The journal particularly welcomes contributions that bridge fundamental research with practical engineering applications, promoting the development of safer, more resilient, sustainable, and intelligent infrastructure worldwide.