Brandon P Smith

Title: Innovations by Brandon P. Smith in Nuclear Fuel Technology.

Introduction

Brandon P. Smith is an accomplished inventor based in Wilmington, NC (US). He has made significant contributions to the field of nuclear fuel technology, particularly through his innovative designs for debris filters used in nuclear fuel assemblies. With a total of 2 patents, his work addresses critical challenges in reactor coolant flow and fuel cladding protection.

Latest Patents

Brandon's latest patents focus on methods of forming debris filters for nuclear fuel assemblies. These filters are designed to fit in fuel assembly lower tie plates and effectively filter fluids passing through them. The innovative design utilizes a series of adjacent plates with aligned peaks and valleys to create multiple channels. Each plate features small excisions in various shapes, such as diamond and triangle, strategically placed near the lower portion of the filter where fluid enters. These excisions are sized to capture smaller debris that is common in reactor coolant flow, which can cause fretting damage to fuel cladding. Additionally, the filters can incorporate multiple vertical stages, each with different channels, and ligaments may connect each stage while allowing for intermixing. Remarkably, all components can be formed in a single stamping operation, streamlining the manufacturing process.

Career Highlights

Brandon P. Smith is currently employed at Global Nuclear Fuel - Americas, LLC, where he continues to develop innovative solutions for the nuclear industry. His expertise in designing effective debris filters has positioned him as a key contributor to advancements in nuclear fuel technology.

Collaborations

Brandon has collaborated with notable colleagues, including Carlton Wayne Clark and Gerald M. Latter, to further enhance the effectiveness of his inventions and contribute to the field.

Conclusion

Brandon P. Smith's innovative work in developing debris filters for nuclear fuel assemblies showcases his commitment to improving safety and efficiency in nuclear technology. His contributions are vital to the ongoing advancements in the industry.