Call For Papers

Papers and Special Session Proposals are now being accepted for the 12th National Conference on Earthquake Engineering (12NCEE)

Paper Formats

cfp page buttonThe 12NCEE program will be designed with community-submitted papers. Papers will be a maximum of 4 pages in length, with an abstract limited to 200 words, and a maximum of 5 figures (included in the 4 page limit). References are not included in the page limit but must be formatted per the 12NCEE style. There will be no preliminary abstract submission and review. The first and only submission will be a 4-page paper manuscript. All papers must be submitted in the 12NCEE paper template. This format and length is designed to be similar to a ‘technical note’ accepted by many technical journals. Formatting instructions are available here.

Special Sessions

The conference will also include a small number of special sessions. Attractive special session proposals cross disciplinary and general topic boundaries, and raise challenging technical-social issues. The program committee is particularly interested in special session proposals at the intersection of earthquake engineering with social justice, sustainability, or climate change adaptation, as well as proposals that address the complexity of response and recovery from simultaneous disasters; lessons learned from COVID for mitigation, preparedness, response, and recovery; and diversity, equity, and inclusion. We also seek special session proposals that focus on earthquake engineering in Utah and the surrounding region.

Special sessions can be mini-workshops, short presentations followed by panel discussions, debates, or other unique and engaging formats. They should not be merely a collection of presentations in a general topic area. This type of session, titled a Technical Topic Session, will be built by the Program Committee after reviewing the submitted papers. The deadline for submitting special session proposals is 11:59 PT on October 1, 2021. Session proposals should submitted via the paper submission portal

Special session proposals will be reviewed for content and completeness of session details. Proposals should include a session title, the session format, a description of the session, and the session speakers. Special session proposers will be notified of acceptance by October 15, 2021. Upon acceptance, each special session organizer shall submit a conference paper that contains at least a short session overview along with the paper submission fee. All special session presenters within the accepted session will also be required to submit a conference paper that contains at least a short presentation abstract along with the paper submission fee.

Submission of Papers for Review

Authors must submit papers online via the paper submission portal. Full papers must be received by 11:59 PT on October 15, 2021. A $350 submission fee must accompany the submission of each paper. This fee will act as a registration deposit that can be applied to discount a conference registration. An author can apply up to two registration deposits to their conference registration.

Paper Selection Criteria

The papers will be reviewed for both content, considering significance, originality and robustness of the material presented, and clarity of concepts and organization. Papers are expected to be free from commercialism.

Notification of Acceptance

Authors will receive confirmation of acceptance of their papers, including the presentation type (traditional oral, lightning, or poster) and any review comments, by December 15, 2021. Final revised papers will be due by February 1, 2022. Final presentation session details, including date and time, will be emailed to authors by February 21, 2022.

Technical Program Topic Areas

Earth Science and Ground Motions

  • Seismicity, Earthquake Sources, and Earthquake Geology
  • Engineering Seismology, Hazard Applications, and Operational Earthquake Forecasting
  • Ground Motion Modeling
  • High-Performance Computing and Ground Motion Simulation
  • Instrumentation, Data Collection, and Seismic Networks

Geotechnical Engineering

  • Liquefaction and Ground Failures
  • Soils, Foundations, Earth Retention Systems, and Underground Infrastructure
  • Soil-Structure Interaction
  • Ground Improvement
  • Numerical Modeling and Advances in Non-Linear Modeling Tools
  • Experimental Methods
  • Case Histories
  • Performance-Based Design and Improvements to Codes and Practice

Risk/Loss Modeling, Planning, and Response

  • Fragility and Vulnerability Modeling
  • Risk and Loss Assessment and Their Socioeconomic Impacts
  • Multi-Hazard Risk Assessment and Cascading Hazards Following Earthquakes
  • Tsunami Hazard Assessment, Design, and Recovery
  • Insurance Applications and Catastrophe Models
  • Fire Following Earthquake

Social Science, Public Health, and Public Policy

  • Earthquake Response, Emergency Management, Damage Assessment, and Recovery
  • Earthquake Effects Mitigation and Resilience Building
  • Socioeconomic Issues and Public Policy
  • Earthquakes and Public Health 
  • Information Technology and Collaboration
  • Lessons Learned from the COVID-19 Pandemic
  • Earthquakes and Social Justice

Structural Engineering Practice

  • Repair and Retrofit
  • Tall Building Analysis and Design
  • Non-Structural Components and Systems
  • Bridge Structures
  • Building Structures
  • Innovative Systems
  • Performance-Based Design, Including Designing for Resilience and Functional Recovery

Structural Engineering Research

  • Repair and Retrofit
  • Non-Structural Components and Systems
  • Advances in Non-Linear Modeling Tools and High-Performance Computing
  • Bridge Structures
  • Building Structures
  • Experimental Methods
  • Performance-Based Design, Including Designing for Resilience and Functional Recovery
  • Structural Health Monitoring

Transportation and Lifelines

  • Risk and Resilience of Distributed Infrastructure and Lifelines
  • Performance-Based Engineering of Lifelines
  • Seismic Hazard Assessment for Transportation and Lifelines
  • Seismic Isolation, Energy Dissipation, and Control Systems for Lifelines

Other and Cross-Cutting Topics

  • Reconnaissance, Lessons Learned from Recent Earthquakes, and Post-Earthquake Assessment and Response
  • Education and Outreach
  • Critical Infrastructure (Hospitals, Schools, Power Plants, Dams, Ports)
  • Earthquake Engineering, Mitigation, Preparedness, Response, and Recovery in Utah and on the Wasatch Fault
  • Lessons learned from the COVID-19 Pandemic
  • Machine Learning and AI Applications to Earthquake Engineering

Special Sessions

  • Intersection of Earthquake Engineering with Social Justice
  • Intersection of Earthquake Engineering with Sustainability or Climate Adaptation
  • Response and Recovery from Simultaneous Disasters
  • Diversity, Equity, and Inclusion
  • Lessons Learned from the COVID-19 Pandemic
  • Other

Download the Call for Papers as a pdf here.

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The objective of EERI is to reduce earthquake risk by advancing the science and practice of earthquake engineering; improving understanding of the impact of earthquakes on the physical, social, economic, political, and cultural environment; and advocating comprehensive and realistic measures for reducing the harmful effects of earthquakes.

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