Patrick Scholle

Papers

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About

Patrick Scholle is a researcher whose work centers on the structural health monitoring of carbon fiber reinforced polymers (CFRPs), with a particular focus on leveraging the materials' inherent electrical conductivity for sensing. His key contribution lies in advancing the understanding of electrical potential distribution within CFRP components, a critical step toward using resistivity measurements for real-time stress and damage detection. In his most-cited work, "Measurement of two-dimensional electrical potential fields in CFRP using four-probe resistance scans" (2021), Scholle developed a method to map two-dimensional electrical potential fields, providing a foundational technique for interpreting resistance data in complex composite structures. This work, which has garnered 7 citations, is notable for its practical approach to a challenging problem in non-destructive evaluation. Scholle's research bridges materials science and electrical engineering, offering a pathway toward more intelligent, self-sensing composite materials. His findings are particularly relevant for aerospace and automotive industries, where lightweight, durable materials are essential, and his methods promise to enhance safety and reduce maintenance costs by enabling continuous, in-service monitoring of structural integrity.