Natasha Troxler

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About

Natasha Troxler is a materials scientist whose research focuses on the mechanics and processability of soft, 3D-printable polymers, with a particular emphasis on silicone-based materials. Her most-cited work, "Predicting interfacial layer adhesion strength in 3D printable silicone" (2021, 28 citations), addresses a critical challenge in additive manufacturing: ensuring that successive printed layers bond reliably. By developing predictive models for interfacial adhesion, Troxler has provided a foundational framework for improving the structural integrity and durability of printed silicone components, which are vital for applications ranging from medical implants to flexible electronics. Her contributions bridge the gap between material science and manufacturing engineering, offering practical insights for optimizing print parameters and material formulations. This work has been recognized as a key reference in the field of extrusion-based 3D printing of elastomers, influencing subsequent studies on layer bonding and failure mechanisms. Troxler’s research is particularly valuable for students and engineers seeking to understand the interplay between material properties and printing conditions, making her a notable emerging voice in the advancement of soft robotics and biomedical device fabrication.