Abstract
The layered build-up of composite electrical insulation (EI), and the introduction of barriers in gaps, are well-known techniques of HV EI engineering. Such composite EI have increased electrical short-term and long-term strength as well as better mechanical, thermal, etc. performance, plus certain technological advantages. In this paper I derive the rules of stress distribution in composite EI. To keep the reasoning maximally simple I assume a plane geometry.
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