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COLD REGIONS

Phalguni Mukhopadhyaya
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Chair: Phalguni Mukhopadhyaya & Michael De Coste

The progression from traditional engineering practices in northern environments to advanced solutions reflects the growing need for innovation in addressing the unique challenges of cold regions, including permafrost degradation, climate change, and infrastructure resilience. 

TOPICS

Climate Change in Cold Regions – Mitigation and adaptation strategies addressing cold climate challenges.

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Hydraulics and Hydrology – Water flow, freeze-thaw cycles, and hydrological behavior in cold environments.

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Permafrost and Seasonal Frost – Construction techniques and infrastructure performance in permafrost and frost-affected zones.

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Materials and Structures – Performance and durability of civil engineering materials and systems in cold climates.

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Transportation and Infrastructure – Design and performance of transportation systems in cold regions.

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Resource Development – Exploration and development practices for natural resources under cold climate conditions.

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Environmental Protection – Assessment and protection of built and natural environments in cold climates.

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Northern and Arctic Case Studies – Lessons learned and best practices from projects in northern and Arctic contexts.

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Human-Centric Design for Cold Climate – Integration of Indigeneous design and knowledge in cold climate.

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Cross-Cutting Cold Regions Engineering – Emerging issues, international collaborations, technologies (Artifical Intelligence, Data Science etc.) and interdisciplinary approaches not covered by other topic areas related to cold regions.

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