Electric power storage engineering and science in cold regions

Can machine learning improve infrastructure resilience in cold region engineering?

It introduces a pioneering strategy by integrating machine learning algorithms with extensive weather data, steering cold region engineering into an era defined by foresight and adaptability. This paper studies a transformative approach designed to forecast, prevent, and ultimately enhance infrastructure resilience in the face of rigid cold.

How many peer-reviewed papers are there in cold regions Science & Engineering?

This collection contains 79 peer-reviewed papers on the current state of knowledge of cold regions science and engineering. Topics include: properties assessment and monitoring; pavements and embankments; water, snow and ice; materials, structures, and foundations; and permafrost science and engineering.

What topics are covered in cold regions engineering?

Topics include: properties assessment and monitoring; pavements and embankments; water, snow and ice; materials, structures, and foundations; and permafrost science and engineering. This proceedings will be of interest to both researchers and practitioners involved in cold regions engineering. S.-é.

Why do we need innovative solutions in cold regions?

In the challenging domain of engineering, where cold regions present formidable challenges, we confront the relentless forces of nature. From sub-zero temperatures to the unpredictable dance of snowfall and the silent buildup of ice, these regions demand innovative solutions to fortify the resilience of critical infrastructure.

What is the 20th International Conference on cold regions engineering?

Proceedings of the 20th International Conference on Cold Regions Engineering, held in Anchorage, Alaska, May 13–16, 2024. Sponsored by the Cold Regions Engineering Division; Aerospace Engineering Division; and the Committee on Adaptation to a Changing Climate of ASCE.

What is a passive cooling system?

Each of these systems provides a passive cooling effect by enhancing the winter-time cooling of the embankment and underlying foundation soils, thus helping to preserve underlying permafrost and maintain the structural integrity of the roadway.