Morgana M Trexler

Title: The Innovations of Morgana M Trexler: A Pioneer in Nanofibers and Additive Manufacturing

Introduction

Morgana M Trexler, an accomplished inventor based in Baltimore, MD, has made significant contributions to the fields of nanotechnology and additive manufacturing. With a remarkable portfolio of 14 patents, her work focuses on developing advanced materials and manufacturing processes that push the boundaries of traditional capabilities.

Latest Patents

Among her most recent innovations, Trexler has developed a novel type of electrospun nanofiber, comprised of a polyamide featuring at least one substituted phenyl group. These nanofibers boast an average diameter ranging from approximately 50 to 1000 nm and can be utilized in fibrous mats or combined with continuous matrix resins to create composites. Furthermore, she has introduced a method for forming these nanofibers, which has the potential applications in various fields.

In addition to her work with nanofibers, Trexler's other recent patent pertains to the localized tailoring of three-dimensional articles through additive manufacturing. This inventive process involves the creation of voxels or sections of three-dimensional objects with distinct properties, achieved by adjusting laser beam parameters such as power level and energy density during formation. Notably, her methods also allow for localized secondary heat treatment that modifies specific regions of an article without reaching the melting point, leading to enhanced material performance.

Career Highlights

Morgana's career is marked by her association with The Johns Hopkins University, where she has been able to collaborate with notable colleagues in her field. Her innovative research continues to make strides in enhancing material properties and manufacturing techniques, proving her commitment to advancing technology.

Collaborations

Working alongside talented professionals such as Marcia W Patchan and Jenna L Graham, Trexler thrives in an environment of innovation and teamwork. Their collaborative efforts contribute to the development of groundbreaking solutions that illustrate the power of collective expertise in addressing complex engineering challenges.

Conclusion

Morgana M Trexler's contributions to innovations in nanofibers and additive manufacturing demonstrate her role as a trailblazer in her field. With a growing patent portfolio and a dedication to advancing technology, her work at The Johns Hopkins University solidifies her status as a key figure in the realm of innovation, paving the way for future advancements in materials science.