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PREDICTION OF THE BRITTLE FRACTURE TOUGHNESS OF NEUTRON-IRRADIATED REACTOR PRESSURE-VESSEL STEELS. PART 1
LOAD-CARRYING CAPACITY OF A CRACKED PLATE UNDER BIAXIAL TENSION
ALTERNATIVE FRACTURE CRITERION IN TERMS OF THE ENERGY-BASED THEORY OF STRENGTH
FATIGUE OF LOW-CARBON AND LOW-ALLOYED STEELS FOR THE AUTOMOTIVE INDUSTRY. PART 2. ESTIMATION OF THE FRETTING EFFECT ON FATIGUE LIFE BY MEASURING ELECTRIC MICROCURRENTS IN THE CONTACT AND SLIDING ZONE
INVESTIGATION OF THE FRACTURE OF BRITTLE BODIES DUE TO THEIR CONTACT INTERACTION WITH RIGID DIES
SIMULATION OF ACTIVE-DEFORMATION PROCESSES IN ELASTOPLASTIC MATERIALS WITH PATH-INDEPENDENT BEHAVIOR THAT ARE SIMPLE IN NOLL'S SENSE
ANALYSIS OF THE VISCOELASTOPLASTIC BEHAVIOR OF EXPANDED POLYSTYRENE UNDER COMPRESSIVE LOADING
FRAGMENTATION OF SPHERICAL SHELLS UNDER INTERNAL BLAST LOADING
ENERGY CONSUMPTION FOR DEFORMATION TO FRACTURE OF A CIRCULAR-CLAMPED THIN PLATE UNDER IMPACT LOADING*
THERMAL STRESSED STATE OF A BOX-SHAPED CRUCIBLE
ENERGY VERSION OF THE THEORY OF CREEP OF MATERIALS WITH DIFFERENT RESISTANCE TO TENSION AND COMPRESSION
MECHANISM OF FORMATION OF EXFOLIATIONS ON THE SURFACE OF ROLLS FOR COLD ROLLING
A DEVICE FOR THE SYNCHRONIZATION OF CYCLIC HEATING WITH LOW-CYCLE MECHANICAL LOADING
A METHOD FOR THE STRENGTH PREDICTION OF POROUS CERAMICS
EVALUATION OF THE CHARACTERISTICS OF THE PLASTICITY OF CIRCULAR SPECIMENS OF ZIRCONIUM ALLOYS IN THE TRANSVERSE DIRECTION
A PROCEDURE OF MECHANICAL TESTING OF MATERIALS IN INSTALLATIONS WITH SCREW LOADING DEVICES