The Naval Undersea Warfare Center Division, Newport (NUWCDIVNPT) has issued a combined synopsis and solicitation (RFQ N6660425Q0371) for engineering services to be awarded exclusively to Brigham and Young University (CAGE 52534) as a sole source. This contract, structured as a Firm Fixed Price with a period of performance of 12 months, requires the university to provide experimental test data in accordance with a Statement of Work. The selection of Brigham and Young University is based on its unique expertise and advanced facilities for measuring internal cavity pressure behind water-entry bodies, which is crucial for Navy operations. While this solicitation does not invite competitive quotes, it allows for consideration of quotes received for potential future competitive procurements. Key clauses and provisions from the FAR and DFARS are incorporated into the solicitation, emphasizing compliance with relevant regulations. Quotes must be submitted electronically by May 19, 2025. The document underscores the strategic importance of utilizing specialized capabilities and the Navy's commitment to efficient procurement processes while maintaining compliance with federal acquisition guidelines.
The Statement of Work (SOW) outlines a follow-on contract for a basic research project funded by the Air Force Research Lab (AFRL), executed by the Naval Undersea Warfare Center Division, Newport (NUWCDIVNPT) and Brigham Young University. The contract aims to investigate high-speed water entry physics by performing cavity pressure measurements on spheres entering water at various velocities exceeding 170 m/s. The contractor is tasked with proposing an experimental test matrix, collecting data on pressure measurements, and generating high-speed video. Deliverables include a technical report of raw data and a test report. Progress will be monitored through bi-weekly updates, and quality will be assessed based on technical quality, timeliness, management, and regulatory compliance. Security measures concerning controlled unclassified information (CUI) are mandated, along with the implementation of an Operations Security (OPSEC) program to safeguard sensitive data and compliance with pertinent regulations. This contract underscores the government's commitment to advancing knowledge in fluid dynamics and improving models related to military applications in water entry dynamics.