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Picture for Assessing Structural Vulnerabilities: Analyzing the Effects of Wildfires on Power Industry Steel Infrastructure
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Assessing Structural Vulnerabilities: Analyzing the Effects of Wildfires on Power Industry Steel Infrastructure

Product Number: 51324-21141-SG
Author: Mehrooz Zamanzadeh; George T. Bayer; Anil Kumar Chikkam; Edward Larkin; Clinton Char
Publication Date: 2024
$40.00
This paper focuses on the detrimental effects of wildfires on steel structures within the power industry, specifically examining the degradation of mechanical properties in structural materials and protective coatings due to high-temperature exposure. It discusses the impact on transmission and distribution structures, as well as the generation of gases and corrosive substances during wildfires. Furthermore, the paper investigates the influence of high temperatures on the mechanical properties of bare structural steel and the degradation of galvanized steel coating layers. Additionally, it explores the thermal degradation of organic coatings, changes in concrete mechanical properties, and the application of non-destructive techniques for condition assessment, including remote temperature monitoring, on structures exposed to wildfires. This research provides valuable insights into the effects of wildfires on power industry steel structures, enabling better understanding and the development of effective mitigation strategies to safeguard infrastructure and ensure its resilience in fire-prone areas.
Picture for Effects of Corrosion and Wildfires on Galvanized Steel Towers: A Case Study with Wildfire and Corrosion Sensors
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Effects of Corrosion and Wildfires on Galvanized Steel Towers: A Case Study with Wildfire and Corrosion Sensors

Product Number: 51324-20844-SG
Author: Mehrooz Zamanzadeh; Anil Kumar Chikkam; George T. Bayer; Clinton Char; Carolyn Tome
Publication Date: 2024
$40.00
With the rising prevalence of climate change, utilities are facing increased risk and consequences from accelerated corrosion and wildfires, particularly in the state of California and British Columbia. These fires have the potential to compromise the integrity of galvanized steel lattice towers, widely used in high voltage transmission lines. Considering this, it is crucial for utilities to assess the potential risks and deploy corrosion control and postfire inspection strategies. This paper investigates the effects of corrosion and wildfires on these structures and presents a case study involving real-time monitoring sensors for early risk identification and evaluation. This paper aims to shed light on the challenges posed by wildfires and corrosion to utility structures and provides actionable insights for future preparedness. With escalating concerns about climate change, utilities must adapt their strategies for a more resilient future.
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