Papers
2
Total Citations
9
H-Index
2
About
V. Kryvtsova is a researcher specializing in fire safety engineering, with a particular focus on hydrogen storage and supply systems. Their key research areas include mathematical modeling of fire-safe conditions, risk assessment for gas generators, and the development of control systems to mitigate fire hazards in energy infrastructure. Kryvtsova’s major contributions center on introducing a generalized mathematical model that describes fire safety levels in hydrogen storage and supply systems, drawing on probability theory to account for combustible material risks. This work, published in 2023 and cited 6 times, provides a foundational framework for designing safer hydrogen technologies. Additionally, Kryvtsova developed a method for determining the fire danger level of gas generators—the core component of hydrogen storage systems—using hazard-based approaches (2022, 3 citations). These contributions are notable for advancing quantitative fire risk analysis in emerging hydrogen energy systems, a critical area as hydrogen gains traction as a clean fuel. Kryvtsova’s research supports the safe integration of hydrogen infrastructure, offering practical tools for engineers and safety regulators. Their work, though early in citation impact, addresses a pressing need for fire safety in sustainable energy storage.
Research Focus
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