International Conference on Seismic Design for Civil Engineering - (ICSDCE-25)


1st - 2nd September, 2025 | Yokohama, Japan

Multi-format (In-person/Virtual)

Important Dates

Pre-registration Deadline

2nd August, 2025

Paper Submission Deadline

12th August, 2025

Last Date Of Registration

17th August, 2025

Date Of Conference

1st - 2nd September, 2025

Downloads

Call For Paper

The Research Leagues events aim to release a wide range of articles that provide insight and explore the latest advancements in engineering, medicine, social science, applied science, management etc.

Our conference practices methodological, conceptual, and epistemological diversity. But we prefer articles that effectively engage with current intellectual debates. We expect our participants to contribute innovative ideas, perspectives, and research methods.

Our events can potentially revolutionize the current paradigm and pave the way for growth and development. Those who intend to have their original findings and research published through our events should get an idea from the Author Guidelines, Rules for Presentation, and Instruction sections, before anything else.

Engineering and Technology

  • Seismic design of structures
  • Design and analysis of structural systems
  • Structural and earthquake engineering
  • Principles of earthquake resistant design
  • Earthquake load calculations using seismic coefficient method
  • Seismic qualification of civil engineering structures
  • Advances in seismic design and assessment of civil engineering structures
  • Civil engineering structures in seismic design codes and guidelines
  • Performance-based seismic design and assessment of civil engineering structures
  • Retrofit of seismically deficient civil engineering structures
  • Seismic loss estimation of civil engineering structures
  • Earthquake-induced collapse assessment of civil engineering structures
  • Nonlinear steel material and/or component modeling for cyclic loading
  • Low-damage connections and joints
  • Self-centering steel frames
  • Rocking steel frames
  • Steel frames with rate-dependent dampers
  • Steel frames with steel yielding devices
  • Novel seismic-resistant steel design concepts in practice

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