David Joseph Kropaczek

Title: David Joseph Kropaczek: A Nuclear Innovator

Introduction:

David Joseph Kropaczek, based in Wilmington, NC (US), is an accomplished inventor and researcher in the field of nuclear power. With his expertise and dedication, Kropaczek has contributed significantly to the development of innovative methods and systems for designing nuclear reactor cores that meet the stringent requirements of uprated power operations and licensing criteria. Let's explore some of his notable patents and professional affiliations.

Patents:

Kropaczek holds an impressive portfolio of 28 patents, focusing primarily on designing nuclear reactor cores for uprated power operations and satisfying licensing criteria. The description of two of his latest patents reveals his expertise and contributions to the field:

1. Method and System for Designing a Nuclear Reactor Core for Uprated Power Operations:

This patent details a computer-implemented method that generates and evaluates reactor core designs based on a set of constraints for uprated power operations. By utilizing automated tools, Kropaczek's patented method ensures that reactor core designs meet all specified constraints, resulting in acceptable power uprate core designs.

2. Computer-implemented Method and System for Designing a Nuclear Reactor Core to Satisfy Licensing Criteria:

Kropaczek's second patent focuses on generating initial reactor core designs for specific nuclear plants while considering various transient licensing constraints. Through the use of automated tools, the method evaluates generated designs and provides data that satisfies the constraints, ensuring the overall compliance of the core design.

Professional Experience:

During his career, Kropaczek has worked for respected organizations in the nuclear power sector, including Global Nuclear Fuel - Americas, LLC. Although the provided information doesn't include specific details about his roles and achievements within these companies, it highlights his involvement with reputable entities in the field.

Collaborators:

Kropaczek's collaborative efforts have contributed to his innovative research. Two of his notable coworkers include William Earl Russell, II and Steven Barry Sutton. While the specific nature of their collaborations is not provided, it is reasonable to assume that they have worked together on projects related to nuclear reactor core design and optimization.

Conclusion:

David Joseph Kropaczek's work in the field of nuclear power stands as a testament to his expertise and dedication. Through his numerous patents and professional affiliations, Kropaczek has significantly contributed to the development of innovative methods and systems for designing nuclear reactor cores. His research and collaborations have advanced the efficiency and viability of nuclear power generation.