This inventor holds 1 USPTO granted patent. Top assignee: US Government as Represented by the Secretary of the Army. Active years: 1997.
Company Filing History:
Years Active: 1997
Title: Michael J Briggs: Innovator of the Floating 'V' Shaped Breakwater
Introduction
Michael J Briggs is an accomplished inventor based in Vicksburg, MS (US). He is known for his innovative contributions to coastal engineering, particularly in the design of floating breakwater structures. His work has significant implications for various temporary coastal operations.
Latest Patents
Briggs holds a patent for a unique floating 'V' shaped breakwater. This invention pertains to a floating breakwater structure designed in the shape of a 'V'. Unlike previous floating breakwaters, this design accommodates a wide range of wave periods. The construction features a suspended curtain that deflects and redirects incoming waves rather than absorbing or reflecting wave energy. This results in a smaller structure with reduced mooring loads. Additionally, the floating breakwater allows for fast deployment, which can be achieved by shipping it in sections for on-site assembly or assembling it in sheltered waters and towing it to the deployment site. The breakwater is intended for various temporary coastal operations, including military force projection, dredging, coastal civil construction and repair, oil spill recovery, and search/rescue relief missions.
Career Highlights
Michael J Briggs is currently employed by the US Government as represented by the Secretary of the Army. His role involves applying his expertise in engineering and innovation to support military and civil operations.
Collaborations
Briggs has collaborated with notable colleagues, including Donald T Resio and Jimmy E Fowler, who have contributed to his work in coastal engineering.
Conclusion
Michael J Briggs is a significant figure in the field of coastal engineering, with his floating 'V' shaped breakwater representing a notable advancement in the design of floating breakwaters. His contributions are vital for enhancing operational efficiency in various coastal applications.
