Mikhail Mogilevsky

Title: Mikhail Mogilevsky: Innovator in Material Measurement Technology

Introduction

Mikhail Mogilevsky is a notable inventor based in Novosibirsk, Russia. He has made significant contributions to the field of material measurement technology. His innovative approach has led to the development of a unique method and apparatus for measuring the properties of materials or structures.

Latest Patents

Mogilevsky holds a patent for a "Method and apparatus for measuring properties of materials or structures." This invention features a stress wave measuring apparatus that includes a Hopkinson bar or pressure bar bundle system. The system comprises an input bar bundle with input bars and an output bar bundle with output bars. A brittle test specimen is positioned between these bundles. The apparatus is designed to induce a one-dimensional compression force into the bar bundles. Additionally, instrumentation is integrated onto the input and output bars to measure values of shear wave or crack propagation. The specimen can be subjected to various stress conditions, which are measured by appropriate instrumentation on the bar bundles. In one embodiment, a rod gauge is glued to a rock massive to measure wave effects generated in the rock. Other arrangements enhance the wave effects before measurement by the instrumentation on the gauge. Mogilevsky has 1 patent to his name.

Career Highlights

Mikhail Mogilevsky is associated with the European Atomic Energy Community, where he applies his expertise in material measurement. His work has been instrumental in advancing the understanding of material properties under various stress conditions.

Collaborations

Mogilevsky collaborates with Carlo Albertini, contributing to the development of innovative measurement technologies.

Conclusion

Mikhail Mogilevsky's contributions to material measurement technology highlight his innovative spirit and dedication to advancing scientific understanding. His patent reflects a significant advancement in the field, showcasing the importance of precise measurement techniques in material science.