Lightning strikes to conductors of overhead lines may cause high transient induced voltages
at neighbouring pipelines. Thus, the computation of these voltages is important for the safe …

The electromagnetic interference (EMI) of overhead transmission lines (OHLs) to
aboveground pipelines sharing the same right-of-ways has been a research topic for many …

The functionality of buried metallic pipelines can be compromised by the electrical lines that
share the same right-of-way. Given the considerable size of shared corridors, computer …

This paper evaluates the influence of frequency-dependent soil conductivity and permittivity
in the transient responses of single-and double-circuit transmission lines including the …

The application of the finite element method (FEM) to the analysis of AC interference
between transmission lines and buried steel pipelines has been extensively studied in …

A numerical methodology is proposed for the calculation of transient electromagnetic
interference induced by overhead high-voltage power lines in metallic structures buried in …

A novel intelligent extraction method based on time–frequency analysis and deep learning
semantic segmentation were proposed for detailing electromagnetic pulse (EMP) sensitive …

When lightning strikes the transmission line tower, the lightning current flows into the soil
along the tower grounding device, causing serious AC interference with nearby steel-buried …

Electromagnetic interference (EMI) between overhead lines (OHL) and nearby pipelines
may cause high-induced voltages. Their computation is important for the safe and reliable …

在综合能源网络分析的统一能路模型的基础上, 通过假设能源网络为无损传输网络,
建立了综合能源网络时域分析的Bergeron 等效计算模型, 推导了无损综合能源网络波速度和波 …