R. N. Solomakha

G. Ya. Bezlyudko, A. Yu. Marchenko, R. N. Solomakha Petrochemical Objects: Survey Assessment of General Condition; Detailed Metal Fatigue Examination by a Coercimetric Method

G. Ya. Bezlyudko, B. E. Popov, R. N. Solomakha Application of Coercive Force Method Nowadays

B. E. Popov, G. Ya. Bezlyudko, E. I. Yolkina, R. N. Solomakha Metal Fatigue Evaluation with Coercimetric Method as First Principle for Diagnostics of Machinery and Constructions

H. F. Khorlo, A. A. Lukina, S. V. Savluk, R. N. Solomakha, G. Ya. Bezludko Assessment of the Current Fatigue State of a Metal Tower of Wind-Driven Generator Installation on Measurements of the Metal Magnetic Characteristic — Coercive Force

G. Ya. Bezlyudko, B. E. Popov, R. N. Solomakha, V. V. Karabin Metalware and Equipment Fatigue and Lifetime Monitoring. Coercive Force Method as a New Level of Efficiency and Culture. Main Features

K. V. Vakulenko, I. B. Kazak, S. V. Sorochinskiy, G. Ya. Bezlyudko, R. N. Solomakha Metal Coercivity as a Measure of Microdamages for Evaluation of Fatigue and Recovery of Mechanical Properties