Electrical Insulation and Discharge Phenomena

Research in this area investigates the electrical and thermal conductivity of various materials, examining innovations in conductivity-enhancing materials. Topics of interest include high conductivity alloys and nanomaterials used in energy applications.

35170 papers

Focusing on electrical discharge machining (EDM), this research area covers both theoretical and experimental aspects of machining materials using controlled electrical discharges. The applications and efficiency in manufacturing processes are prominent topics.

29486 papers

This research area focuses on methods for detecting lightning strikes and modeling their behavior in various atmospheric conditions. Technologies like Time of Arrival (TOA) and Multi-Directional Frequencies (MDF) are often utilized to improve lightning detection systems.

18929 papers

This area investigates the breakdown phenomena occurring in dielectric materials, focusing on both empirical studies and predictive modeling of dielectric strength and degradation. The research often includes assessments of pre-breakdown behaviors.

17419 papers

This cluster investigates various thermal and electrical properties of insulation materials used in construction and electrical applications. Studies often focus on performance improvement and future material development.

13911 papers

This research segment delves into the production and utilization of plasmas generated from electrical discharges. Topics include corona discharges, low-pressure gas discharges, and their applications in various industrial processes.

5062 papers

This cluster focuses on the phenomenon of laser-induced breakdown in dielectric materials, studying the mechanisms behind the breakdown and its applications in various technologies. It covers both theoretical and experimental aspects of laser interactions with dielectrics.

3179 papers

Research in this field emphasizes methods for diagnosing and measuring the condition of electrical insulation systems in transformers and other electrical apparatus. Techniques include polarization and depolarization current measurements and analyses of material behavior.

3144 papers

This cluster explores the dielectric properties and breakdown phenomena including analytical approaches to study how different materials respond to electrical stresses. It encompasses both experimental findings and theoretical discussions.

1794 papers

Research in this area centers on understanding the aging process of electrical insulation materials and the techniques for monitoring their condition. The studies include predictive modeling and assessment of insulation performance over time.

1763 papers

This area explores electrical discharges including both complete and partial discharge phenomena. It encompasses classification, modeling, and analysis of the implications of partial discharges in various electrical systems.

840 papers

This cluster looks at the electrical and dielectric properties of insulating materials, especially under various environmental conditions. Studies investigate how these properties influence insulation effectiveness and material performance.

734 papers

This cluster examines the phenomenon of electrical trees that develop in solid polymer insulations. Research often investigates the propagation of tree structures and the factors that influence their growth within dielectric materials.

599 papers