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Estimation of the structure of binary Ag–Cu nanoparticles during their crystallization by computer simulation
Binary nanoparticles of an alloy of copper and silver are of great practical interest due to the possibility of fine tuning the plasmonic effects...
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Estimation of Deformation Site Parameters for Symmetric and Asymmetric Rolling of a Strip Using Computer Simulation
AbstractComputer simulation of longitudinal rolling is performed for different combinations of the diameters of the upper and lower rolls: 600–600,...
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Reflection of Light Ions from a Solid Surface: Analytical Model and Computer Simulation
AbstractAn analytical solution to the equation for the distribution of the flux density of reflected light ions over the path length and energy...
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Development of rational conditions for cold rolling of AD33 alloy tapes on an industrial 175 × 300 mill using the results of computer simulation
The article presents the results of computer simulation and experimental rolling of 0.55 mm thick, 100 mm wide tapes made of AD33 aluminium alloy on...
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Computer Simulation and Optimization of the Single-Crystal Nickel Superalloy Compositions: I. Modern Computer Simulation Methods in Designing Nickel Superalloys
AbstractThe modern approaches to modeling for creating new nickel-based superalloys are analyzed. The computer calculation methods used in domestic...
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Computer Simulation and Optimization of the Single-Crystal Nickel Superalloy Compositions: IV. Computer Method for Optimizing the Superalloy Composition
Abstract —A method for commuter-assisted development of the optimum compositions of new nickel superalloys using the Approx computer method, which has...
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Computer Simulation of the Solidification of a Standard Gray Cast Iron Sample
AbstractA computer simulation of the bottom casting of a standard cast sample (GOST 16818) of SCh 20 cast iron into a sand mold is performed. The...
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A Study of Phase Transition in an Array of Ferromagnetic Nanoparticles with the Dipole–Dipole Interaction Using Computer Simulation
AbstractThe ordering of a two-dimensional array of ferromagnetic particles with a dipole–dipole interaction has been studied by computer simulation....
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Computer Simulation and Optimization of the Single-Crystal Nickel Superalloy Compositions: III. Computer-Aided Development of Alloys Using Software Tools
AbstractThe basic principles of computer-aided determination of the optimum chemical composition of an alloy during its development based on the...
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Computer-Simulation Assessment of the Stress–Strain and Kinematic States of a Titanium Nickelide Billet during Screw Rolling
Computer simulation of three- and four-high screw rolling of titanium nickelide billets was carried out using QForm finite-element software. Based on...
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Defects in h-BN: Computer Simulation of Size Effects
Abstract —The influence of size effects on the properties of a hexagonal boron nitride ( h -BN) single layer containing C B V N , N B V N , and O B O B V N defects...
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Comparative Analysis of Parameters of Symmetrical and Asymmetrical Cold Strip Rolling Based on Computer Simulation
AbstractComputer modeling of the processes of symmetrical and asymmetrical cold strip rolling was carried out using the DEFORM finite element...
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Monte Carlo Computer Simulation Method for Solving the Problem of Particle Passage Through Matter
AbstractThe Monte Carlo method is compared with deterministic methods based on solving the transport equation and the molecular dynamics method. The...
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Computer simulation of super-magnetoelastic behavior near critical region of magnetic materials based on phase-field method
Since the discovery of ferromagnetic morphotropic phase boundary (MPB) in 2010, the connotation and extension of MPB have been becoming more and more...
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Numerical and Computer Simulation of the Temperature Fields inside a Casting
AbstractThe temperature distributions on the surface of a mold with a casting during directional solidification are experimentally obtained using...
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Computer Simulation and Optimization of the Single-Crystal Nickel Superalloy Compositions: II. Computer Alloy Optimization Methods
AbstractThe role of the New Phacomp method, which is used to estimate the position of the phase boundaries of the alloying regions characterized by...
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Computer Simulation of the Phase Transitions in Three-Dimensional Weakly Diluted Spin Systems
AbstractA computer simulation of the phase transitions in a three-dimensional weakly diluted five-state Potts model on a simple cubic lattice is...
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Computer Simulation Prediction of the Operational Capability and Reliability of a Condylar Prosthesis
Abstract —A finite element simulation of the state of stress in the femur–condylar prosthesis biotechnical system is performed, and its mechanical...
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Computer Simulation of the Thermal Processing of Grinding Balls
DEFORM and JMatPro software was used to calculate the phase composition and strength characteristics of grinding balls after thermal processing. The...
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Computer-Simulation-Based Estimation of the Quality of a Standard Cast Sample of Gray Cast Iron
AbstractThe conditions for reducing the formation of shrinkage defects are determined by computer simulation for SCh 20 cast iron on forming a...
