Computer Simulation of the Elastic Properties of Titanium Alloys for Medical Applications because of their small
moduli of
elasticity. The advisability of the use of the molecular-dynamics method
Ultrasonic exploration of vacancy centres with the Jahn–Teller effect. Application to the ZnSe crystalAverkiev, N. S.,
Bersuker, I. B.,
Gudkov, V. V.,
Baryshnikov, K. A.,
Colibaba, G. V.,
Zhevstovskikh, I. V.,
Mayakin, V. Y.,
Monakhov, A. M.,
Nedeoglo, D. D.,
Sarychev, M. N.,
Surikov, V. T. elastic modulus and the relaxation time show that the relaxation mechanism changes from thermal activation
Opto-acoustic and Acoustic Microscopy Studies of Microstructure, Elasticity and Defects in B₄C/C₆₀ and c-BN/C₆₀ NanocompositesProkhorov, Vyacheslav M.,
Morokov, Egor S.,
Ovsyannikov, Danila А.,
Прохоров, Вячеслав М.,
Мороков, Егор С.,
Овсянников, Данил А. -pressure/high-temperature
consolidation.
Elastic properties of the composites were characterized by the
elastic moduli calculated
Modelling of a Sandwich Plate Cross-section with Different Moduli of the Material under Cylindrical Loads
and compression
moduli of
elasticity are described as an orthotropic material reinforced with parallel
carbon
ELECTRONIC AND VIBRATIONAL STRUCTURES OF BeC–V2 PNICTIDES, frequencies of optical vibrations,
elastic constants,
elastic moduli, microhardnesses, and Grüneisen
Simulation of deformation and fracture of graphene: Effect of size, defects and surface modification coordinate in the quantum mechanics approximation. The strain and fracture characteristics (Young's
moduli Electronic structure and mechanical properties of Ti5Si3 elastic moduli and Poisson’s ratio are estimated. The anisotropy in
elastic properties is discussed using