Osintsev Andrey V.

Showing publications for last 3 years

1. Article
   Web of Science & Scopus
   Diametral Compression of Short Cylinders with a Central Hole as a Method for Assessing the Tensile Strength of Brittle Materials // Inorganic Materials, 2024 Q3 doi
2. Article
   Web of Science & Scopus
   Mechanical Properties of Composite Materials Based on Fe – 18% Cr – 10% Ni Alloy Obtained Using Laser Heat Treatment // Metal Science and Heat Treatment, 2023 Vol. 65, No. 5-6, Q3 pp. 279-284 doi
3. Article
   Web of Science & Scopus
   DIAMETRAL COMPRESSION OF SHORT CYLINDERS WITH A CENTRAL HOLE AS A METHOD FOR ASSESSING THE TEAR RESISTANCE OF BRITTLE MATERIALS Диаметральное сжатие коротких цилиндров с центральным отверстием как метод оценки сопротивления разрыву хрупких материалов // Industrial Laboratory. Materials Diagnostics, 2023 Vol. 89, No. 7 pp. 45-50 doi
4. RSCI STUDY OF MECHANICAL PROPERTIES OF FUNCTIONAL-GRADIENT MATERIALS WITH DIFFERENT PHASE CONTENT OBTAINED BY LASER PROCESSINGSTUDY OF MECHANICAL PROPERTIES OF FUNCTIONAL-GRADIENT MATERIALS WITH DIFFERENT PHASE CONTENT OBTAINED BY LASER PROCESSING // 2023 pp. 100
5. RSCI PERSPECTIVES FOR THE DEVELOPMENT OF THE METHOD OF HIGH-VOLTAGE CONSOLIDATION OF POWDER MATERIALSPERSPECTIVES FOR THE DEVELOPMENT OF THE METHOD OF HIGH-VOLTAGE CONSOLIDATION OF POWDER MATERIALS // 2022 pp. 39-44
6. RSCI SIMULATION OF HIGH-VOLTAGE CONSOLIDATION PROCESSES OF POWDERS OF REFRACTORY MATERIALSSIMULATION OF HIGH-VOLTAGE CONSOLIDATION PROCESSES OF POWDERS OF REFRACTORY MATERIALS // 2022 pp. 44-49
7. Article
   Web of Science & Scopus
   TEXTURE FORMATION IN BIOMEDICAL SUPERELASTIC Ti – Zr – Nb ALLOYS DURING ROLLING AND SUBSEQUENT HEAT TREATMENT // Tsvetnye Metally, 2022 Vol. 2022, No. 10, Q3 pp. 80-86 doi
8. Article
   Web of Science & Scopus
   Specific Features of High-Voltage Consolidation of Powders: Theoretical and Experimental Study // Metallurgical and Materials Transactions B: Process Metallurgy and Materials Processing Science, 2022 Q1 doi
9. RSCI ADVANTAGES OF HIGH VOLTAGE CONSOLIDATION OF HAFNIUM CARBIDE POWDERS AND TUNGSTEN-BASED ALLOYSADVANTAGES OF HIGH VOLTAGE CONSOLIDATION OF HAFNIUM CARBIDE POWDERS AND TUNGSTEN-BASED ALLOYSADVANTAGES OF HIGH VOLTAGE CONSOLIDATION OF HAFNIUM CARBIDE POWDERS AND TUNGSTEN-BASED ALLOYSADVANTAGES OF HIGH VOLTAGE CONSOLIDATION OF HAFNIUM CARBIDE POWDERS AND TUNGSTEN-BASED ALLOYSADVANTAGES OF HIGH VOLTAGE CONSOLIDATION OF HAFNIUM CARBIDE POWDERS AND TUNGSTEN-BASED ALLOYSADVANTAGES OF HIGH VOLTAGE CONSOLIDATION OF HAFNIUM CARBIDE POWDERS AND TUNGSTEN-BASED ALLOYSADVANTAGES OF HIGH VOLTAGE CONSOLIDATION OF HAFNIUM CARBIDE POWDERS AND TUNGSTEN-BASED ALLOYSADVANTAGES OF HIGH VOLTAGE CONSOLIDATION OF HAFNIUM CARBIDE POWDERS AND TUNGSTEN-BASED ALLOYSADVANTAGES OF HIGH VOLTAGE CONSOLIDATION OF HAFNIUM CARBIDE POWDERS AND TUNGSTEN-BASED ALLOYSADVANTAGES OF HIGH VOLTAGE CONSOLIDATION OF HAFNIUM CARBIDE POWDERS AND TUNGSTEN-BASED ALLOYSADVANTAGES OF HIGH VOLTAGE CONSOLIDATION OF HAFNIUM CARBIDE POWDERS AND TUNGSTEN-BASED ALLOYSADVANTAGES OF HIGH VOLTAGE CONSOLIDATION OF HAFNIUM CARBIDE POWDERS AND TUNGSTEN-BASED ALLOYSADVANTAGES OF HIGH VOLTAGE CONSOLIDATION OF HAFNIUM CARBIDE POWDERS AND TUNGSTEN-BASED ALLOYSADVANTAGES OF HIGH VOLTAGE CONSOLIDATION OF HAFNIUM CARBIDE POWDERS AND TUNGSTEN-BASED ALLOYSADVANTAGES OF HIGH VOLTAGE CONSOLIDATION OF HAFNIUM CARBIDE POWDERS AND TUNGSTEN-BASED ALLOYS // 2021 pp. 201-210 doi

Showing conferences for last 3 years