Skip to main content

Boeing

Hydrostatic Pressure Enhancement of AM Polymers

Boeing was interested in whether hydrostatic pressure-based post-processing could improve the mechanical properties of additively manufactured polymer parts, particularly for thermoset materials. This project focused on developing and assessing a materials treatment approach for up to five AM polymers, using hydrostatic pressure-based processes to examine their effect on the base material. The work assessed material changes through methods such as sectioning and density measurement to determine whether the treatment could improve material quality. This capability was intended to provide a clearer understanding of the potential benefits of pressure-based post-processing for AM polymers and to support validation and quantification of any resulting material improvements.

Faculty Adviser(s)

Luna Yue Huang, Materials Science & Engineering

Related News

Industry capstone team standing inside elevator

Elevating emerging engineers

The Industry Capstone Program partners UW Engineering students with sponsor organizations to devise innovation solutions to real-world problems.

Five students in front of their poster at the capstone expo.

Capstone collaboration leads to award

An ME capstone team received first place for its energy audit of the UW School of Social Work building.

People examining a table with mechanical prototypes and a laptop at an exhibition.

Capstone creations

Students displayed innovative capstone design projects at the 2025 expo.