Scott A Whitlow

Title: Scott A. Whitlow: Innovator in Gas Turbine Engine Inspection Technology

Introduction

Scott A. Whitlow is a notable inventor based in Salem, Oregon, recognized for his contributions to the field of gas turbine engine inspection technology. With a focus on enhancing the efficiency and accuracy of inspections, Whitlow has developed innovative solutions that address critical challenges in the aerospace industry.

Latest Patents

Whitlow holds a patent for a "Portable three axis scanner to inspect a gas turbine engine spool." This invention is designed to facilitate in situ inspections of gas turbine engine spools by allowing for the removal of a fan module from the engine. The portable scanner features a drive assembly that can be mounted to the forward end of the spool, along with a support assembly for the aft end. A support beam connects these assemblies, and a carriage assembly is mounted on it. This carriage includes a probe support for a removable scanner probe, which can perform ultrasonic or eddy current inspections inside the spool. The drive assembly enables three-axis movement, allowing the probe to be positioned accurately for thorough inspections.

Career Highlights

Scott A. Whitlow is affiliated with General Electric Company, where he has made significant contributions to the development of advanced inspection technologies. His work has been instrumental in improving the reliability and safety of gas turbine engines, which are critical components in aviation and power generation.

Collaborations

Whitlow has collaborated with talented colleagues, including Mark Partika and Michael L. Dziech, to further enhance the capabilities of inspection technologies. Their combined expertise has led to innovative solutions that benefit the aerospace industry.

Conclusion

Scott A. Whitlow's innovative work in gas turbine engine inspection technology exemplifies the importance of advancements in engineering and safety. His contributions continue to impact the aerospace sector positively, ensuring that gas turbine engines operate efficiently and safely.