Aligned with
This conference contributes to global sustainability by aligning its research discussions and academic sessions with key United Nations Sustainable Development Goals. It fosters knowledge exchange, innovation, and collaborative engagement.
This track focuses on the latest methodologies and technologies in seismic design and analysis. It aims to explore innovative approaches that enhance the resilience of structures against seismic events.
This session emphasizes performance-based seismic engineering principles and their application in building design. Participants will discuss case studies and frameworks that ensure structural integrity during earthquakes.
This track addresses the methodologies for seismic hazard analysis and the assessment of associated risks. It will cover the integration of geophysical data and modeling techniques to predict seismic impacts.
This session explores the role of geotechnical engineering in understanding and mitigating seismic hazards. Topics include ground response analysis, liquefaction, and dynamic soil properties.
This track focuses on innovative retrofitting techniques for existing structures to enhance their seismic performance. Discussions will include materials, methods, and case studies of successful retrofitting projects.
This session delves into the scientific study of earthquakes and their physical processes. It aims to bridge the gap between theoretical seismology and practical engineering applications.
This track examines effective strategies for mitigating seismic hazards in urban and rural settings. Participants will share insights on policy development, community preparedness, and engineering solutions.
This session focuses on the analysis of strong ground motion and its effects on structures. It will cover methodologies for measuring and predicting ground motion parameters critical for design.
This track investigates local site effects on seismic performance and the implications for design ground motions. Discussions will include site characterization and the influence of geological conditions.
This session addresses the challenges of seismic slope stability and the design of retaining structures. It will explore analytical and numerical methods for assessing stability under seismic loading.
This track promotes interdisciplinary collaboration in disaster management related to seismic events. It will highlight the integration of engineering, social sciences, and policy-making in enhancing community resilience.