Modelling of Ice-Structure Interactions by Using State-Based Peridynamics and Implementing in Finite Element Framework.

Opportunity Summary

Title: Modelling of Ice-Structure Interactions by Using State-Based Peridynamics and Implementing in Finite Element Framework
Issuing Organization: National Research Council of Canada (NRC) - Ocean, Coastal and River Engineering (NRC-OCRE)
Location: Saguenay, Québec, Canada
Contact: R-Michel Simard ([email protected])
Posted Date: February 2, 2026
Due Date: February 16, 2026
Performance Period: 2 years

Project Scope and Objectives:
The NRC-OCRE seeks to collaborate with the University of Strathclyde’s Peridynamic Research Team to conduct advanced research and development on peridynamic numerical analysis methods. The project focuses on modeling polycrystalline ice behavior and ice-structure interaction using an innovative peridynamic approach in commercial software, specifically ANSYS. Key objectives include creating new computational routines, verifying models with experimental data, and validating outcomes through comparative analysis.

Mandatory Qualifications:

1. Demonstrated Expertise in Peridynamic Theory and Application:

   • Proven experience in developing peridynamic numerical methods for material modeling (fracture/damage prediction).
   • Publications in peridynamics, polycrystalline ice modeling, and ice-structure interactions.

2. Capability to Integrate Peridynamic Models:

   • Experience in implementing peridynamic routines within ANSYS or other commercial finite element platforms.
   • Proven record in adapting peridynamic methods for engineering applications.

3. Specialized Knowledge in Ice Modeling:

   • Experience with numerical modeling of polycrystalline ice behavior.
   • Capability to validate peridynamic models with experimental data.

4. Research Collaboration Experience:

   • Track record in collaborative research and technology transfer.
   • Must be located in a NATO-member country.

Preferred Qualifications (Competitive Advantage):

• Recognized leadership in peridynamic research with impactful publications.
• Established infrastructure (e.g., dedicated Peridynamic Centre).
• Team members with foundational contributions to peridynamic theory and ice modeling.

Deliverables and Performance Standards:

• Verification of peridynamic models through experimental data.
• Monthly seminars and progress meetings.
• Comprehensive research report summarizing findings by the end of the second year.

Evaluation Criteria:
Proposals will be assessed based on the provider's ability to meet all mandatory requirements and the strength of the team’s qualifications and past project outcomes related to peridynamic theory, ice modeling, and software integration capabilities.

Geographic Restrictions:
Suppliers must be located in a country that is a member of the NATO alliance.

This opportunity presents a unique collaboration for organizations with expertise in peridynamic modeling and ice dynamics, seeking to engage in groundbreaking research in civil and ocean engineering.