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 fundamental principles of earthquake-resistant design in civil engineering. It aims to explore innovative methodologies and best practices for designing structures that can withstand seismic forces.
This session will delve into the design and analysis of various structural systems under seismic loading. Participants will examine advanced analytical techniques and modeling approaches to enhance structural resilience.
This track addresses the methodologies for calculating earthquake loads using the seismic coefficient method. Discussions will include the implications of these calculations on structural design and safety.
This session will cover the seismic qualification of civil engineering structures, focusing on testing and evaluation methods. Participants will share insights on ensuring compliance with seismic design codes and standards.
This track emphasizes performance-based approaches to seismic design and assessment of civil engineering structures. It will explore criteria for evaluating structural performance during seismic events.
This session will focus on the retrofit of seismically deficient civil engineering structures. Participants will discuss innovative techniques and materials that enhance the seismic resilience of existing buildings.
This track will explore methodologies for estimating seismic losses in civil engineering structures. Discussions will include risk assessment and economic implications of seismic events.
This session will address earthquake-induced collapse assessment of civil engineering structures. Participants will examine analytical and empirical methods for predicting structural failure during seismic events.
This track focuses on nonlinear steel material and component modeling for cyclic loading. It aims to enhance understanding of material behavior under seismic conditions and its impact on structural design.
This session will showcase novel seismic-resistant steel design concepts in practice. Participants will discuss the implementation and performance of these concepts in real-world applications.
This track will explore the use of rate-dependent dampers and low-damage connections in seismic design. Discussions will focus on enhancing energy dissipation and minimizing damage during seismic events.