Emma Lingle

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About

Emma Lingle is a materials scientist whose research focuses on the mechanics and processing of soft, 3D-printable polymers, with a particular emphasis on silicone-based materials. Her work addresses a critical challenge in additive manufacturing: ensuring robust adhesion between printed layers, which is essential for producing durable, functional parts. In her most-cited paper, "Predicting interfacial layer adhesion strength in 3D printable silicone" (2021, 28 citations), Lingle developed a predictive model that correlates processing parameters—such as print speed, nozzle temperature, and material composition—with the resulting bond strength between layers. This contribution provides a practical framework for optimizing print settings to achieve reliable, high-strength silicone components, advancing the field of soft robotics and flexible electronics. Her research bridges fundamental polymer physics with real-world manufacturing needs, offering engineers a tool to design more resilient 3D-printed structures. Lingle’s work is notable for its direct applicability, helping to overcome a key barrier in the widespread adoption of silicone-based additive manufacturing.