Author Details

Kobasko, Nikolai, Intensive Technologies Ltd, Ukraine

  • No 2 (2016) - Material Science
    DESIGNING OF ADVANCED AND ORIGINAL AUSTEMPERING PROCESSES BASED ON THERMAL SCIENCE AND ENGINEERING PHYSICS APPROACHES
    Abstract  PDF
  • No 3 (2016) - Chemical Engineering
    AN EFFECT OF PIB ADDITIVES TO MINERAL OIL RESULTING IN ELIMINATION OF FILM BOILING DURING STEEL PARTS QUENCHING
    Abstract  PDF
  • No 4 (2016) - Chemical Engineering
    IMPROVEMENT OF IQ - 3 PROCESSES TO ELIMINATE CRACK FORMATION, DECREASE DISTORTION, AND MAXIMIZE MATERIAL STRENGTH, AND DUCTILITY
    Abstract  PDF
  • No 6 (2016) - Material Science
    INVESTIGATION OF BATCH INTENSIVE QUENCHING PROCESSES WHEN USING HYDRODYNAMIC EMITTERS IN QUENCH TANKS
    Abstract  PDF
  • No 1 (2017) - Material Science
    A METHOD FOR OPTIMIZING CHEMICAL COMPOSITION OF STEELS TO REDUCE RADICALLY THEIR ALLOY ELEMENTS AND INCREASE SERVICE LIFE OF MACHINE COMPONENTS
    Abstract  PDF
  • No 2 (2017) - Material Science
    COOLING INTENSITY OF INVERSE SOLUBILITY POLYALKYLENE GLYKOL POLYMERS AND SOME RESULTS OF INVESTIGATIONS FOCUSED ON MINIMIZING DISTORTION OF METAL COMPONENTS
    Abstract  PDF
  • No 4 (2017) - Material Science
    RESEARCH ON MAXIMIZING CRITICAL AND REDUCING INITIAL HEAT FLUX DENSITIES TO ELIMINATE ANY FILM BOILING AND MINIMIZE DISTORTION DURING QUENCHING
    Abstract  PDF
  • No 5 (2017) - Material Science
    INVESTIGATION OF TRANSIENT NUCLEATE BOILING PROCESSES AND THEIR PRACTICAL USE IN HEAT TREATING INDUSTRY
    Abstract  PDF
  • No 6 (2017) - Material Science
    LISCIC/PETROFER PROBE TO INVESTIGATE REAL INDUSTRIAL HARDENING PROCESSES AND SOME FUNDAMENTALS DURING QUENCHING OF STEEL PARTS IN LIQUID MEDIA
    Abstract  PDF
  • No 1 (2018) - Material Science
    EFFECT OF FREE ELECTRONS IN STEEL ON ITS QUENCHING PROCESS IN WATER AND WATER SALT SOLUTIONS
    Abstract  PDF
  • No 2 (2018) - Material Science
    RESEARCH ON USE OF LOW CONCENTRATION INVERSE SOLUBILITY POLYMERS IN WATER FOR HARDENING MACHINE COMPONENTS AND TOOLS
    Abstract  PDF
  • No 3 (2018) - Material Science
    STUDY OF DIFFERENCES BETWEEN REAL AND EFFECTIVE HEAT TRANSFER COEFFICIENTS TO PROVIDE CORRECT DATA ON TEMPERATURE FIELD CALCULATIONS AND COMPUTER SIMULATIONS DURING HARDENING OF STEEL
    Abstract  PDF
  • No 6 (2018) - Material Science
    NEW APPROACH IN MODIFYING QUENCHING PROCESSES BASED ON POSSIBILITY OF CONTROLLING STEEL’S SURFACE TEMPERATURE BY INSULATING LAYER
    Abstract  PDF