Volume 10, Issue 2, May 2020

The authors propose an original methodology for predictive modeling of graded materials mechanical properties with the help of numerical simulation tools for the further human femur endoprosthesis design.

The structural features of massive castings (up to 20 tons) are revealed in the process of crystallization and operation under the temperatures of magnetic transformation of the carbide phases (magnetostriction phenomenon). A new approach to characterization of structure formation in a multiphase alloy with the optical-mathematical method for the description of metallographic images is proposed.

This work is devoted to the study of the structural and phase composition of materials based on aluminum oxide and chromium borides obtained under SHS conditions without external force and under conditions of free SHS compression, which combines the SHS process and high-temperature shear deformation.

The dependence of the amplitude of the oscillations of the magnetic breather on time in an alternating field

So, in this work we performed local modification of the film to create a hidden image on its surface. Subsequent reading and restoration of the recorded image.

At given hydrogen charging conditions the ECAPed steel occludes more hydrogen than the as-received one.

Timeline on transparent/translucent Sialon ceramics.

The effect of different graphene sources (rGO and TEFG) at low contents on the Nickel-Graphene composites microstructure and mechanical properties is reported.

Expression for dependence of the isothermal martensite volume fraction on holding temperature and time is found. It is shown, that the simulated and experimental data are in good agreement.

• Nickel and Cobalt nanoparticles improved the mechanical and structural properties of Fe + 0.5% C alloy. • The improvement in the properties is due to a reduction in porosity and increased grain quantities.

Comparative assessment of the effect of exposure temperature and duration on the the tendency to grain growth of new austenitic steel for the core baffle rings of perspective VVER.

New one-dimensional discrete breathers are excited in a close-packed atomic row of 2D Lennard-Jones triangular lattice, using the one- and two-component delocalized nonlinear vibrational modes of one-dimensional lattice reported by Chechin et al.

In the present work, the efficiency of pulsed photon processing in increasing the hardness and adhesive strength of the surface of hot-pressed semiconductor thermoelectric branches based on the Bi2Te3-Bi2Se3 (n-type) and Bi2Te3-Sb2Te3 (p-type) solid solutions. This is achieved by stimulating local recrystallization of the defective layer near the surface of semiconductor branches at a depth of 100-200 nm.

Shows the effect of friction force on energy-power parameters and deformation before fracture under lug billet in strips of aluminum alloy Al-31. The effect of fragmentation on the degree of deformation strain before breaking down and the voltage drawn under different conditions of friction between the workpiece and the cutting tool.

A photocatalyst was prepared successfully by a simple organic synthesis method.

The fracture surface of the material with the formation of cracks in the volume of the sample

The spin wave spectrum of the bilayer case for a strong value magnetoelectric interaction between magnetic and ferroelectric layers

Structure and corrosion damage in a biologically active medium of a bioresorbable magnesium alloy

The surface of SMC nickel after sputtering with 5 keV argon ions at an angle of 60

During bending, the distribution of deformation and microhardness is asymmetric.