Richard J Makar

Title: **Richard J. Makar: Innovator in Residual Stress Mapping Technology**

Introduction

Richard J. Makar, based in Greensburg, Pennsylvania, is an accomplished inventor known for his innovative contributions to the field of machine component analysis. With a focus on mapping residual surface stresses in ferromagnetic materials, Makar has developed technologies that enhance the efficiency and functionality of refrigeration compressors.

Latest Patents

Makar holds a patent for his invention titled "System and method for mapping residual surface stresses in a valve ring." This groundbreaking system employs an eddy current probe equipped with a detection coil to create a fluctuating electromagnetic field that penetrates the surface of a valve ring. The technology enables the measurement of residual compressive stresses, crucial for ensuring the reliability of ferromagnetic components. By utilizing a microprocessor, the device translates impedance fluctuations into valuable residual stress data, resulting in a comprehensive map of surface stresses.

Career Highlights

Makar is currently affiliated with Thermo King Corporation, where he continues to work on advancements in refrigeration technology. His innovative approach and technical expertise have established him as a key player in the field of mechanical engineering and material analysis. The impact of his single patent highlights the importance of understanding residual stress in the manufacturing process, leading to safer and more reliable machinery.

Collaborations

Throughout his career, Richard J. Makar has collaborated with notable professionals, including coworkers Warren R. Junker and Lee W. Burtner. These collaborations have contributed to his success and the refinement of his patented systems, fostering an environment of innovation within their organization.

Conclusion

Richard J. Makar's contributions to the mapping of residual surface stresses demonstrate his commitment to innovation and excellence in engineering. His patent serves not only as a testament to his ingenuity but also as a vital tool for improving the reliability of ferromagnetic components used in refrigeration systems. Makar's work exemplifies the spirit of innovation that drives advancements in technology today.