IEEE Electrical Insulation Magazine · 2005 · 63 citations · 28 references
EngineeringMaterials EngineeringMaterials ScienceCeramic MaterialsCorrosion SciencePlasma PhysicsDielectricsFailure CriteriaFracture MechanicsFracture PropagationInsulation MaterialsInsulation SystemsBrittle Failure CriteriaBrittle Fracture BehaviorBrittle Fracture TheoryCorona DischargesDielectric BreakdownNitric Acid FormationNitric Acid ProductionNitric Oxide
In this work, an improved version of a brittle fracture model, based on the formation of nitric acid in service through corona discharges, ozone, and moisture, is presented and is used to explain several different modes of brittle fracture. Similar to Part I, we refer throughout this article to the insulators as nonceramic insulators (NCIs). To prevent brittle fracture in-service, its causes must be first established. To prevent brittle fracture in-service, its causes must be first established.
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