Критерии и модели для прогнозирования механических свойств для железнодорожных колес
Journal Title: Математичне моделювання - Year 2015, Vol 1, Issue 1
Abstract
The method of simulation of metal melts at interatomic interaction was considered. Integral parameters of the structure and charge state proposed used as a model in the development of models to predict the mechanical prop-erties of the steel wheel. These models allow us to accurately predict the mechanical properties based on the pa-rameters of the interatomic interaction in view of heat treatment.
Authors and Affiliations
Д. Н. Тогобицкая, А. И. Бабаченко, А. С. Казачёк, А. А. Кононенко, Л. А. Головко
Окремі випадки застосування методів чисельного ресамплінгу в прикладних задачах
In this paper we investigated methods of numerical resampling, which combines three different approaches, which differ according to the algorithm, but similar in essence: randomization (or permutation), bootstrap and jac...
ВИЗНАЧЕННЯ СИЛОВОГО ВПЛИВУ ЗМІННОГО СТРУМУ НА МЕТАЛ У ВАННІ УСТАНОВКИ КІВШ-ПІЧ
DETERMINATION OF THE POWER ACTION OF THE ALTERNATING CURRENT ON METAL IN THE POOL LADLE-FURNACE UNIT Krikent I.V. Abstract The work is devoted to theoretical research in the field of secondary steel processing. The expe...
Концептуальна модель системи операційного управління клієнтською базою користувачів послуг
CONCEPTUAL MODEL OF OPERATIVE MANAGEMENT SYSTEMS CLIENT BASIS OF KORISTUVACH SERVICE Grigorenko V.U., Kadilnikova T.M. Abstract At present, the development of operational management of processes and information technolo...
Вычисление максимальних абсолютных погрешностей округления чисел вIEEE-стандарте
The article describes the features of the standard methods of rounding floating point numbers in the calculations on the computer, precision floating-point numbers. In the article obtained the formulas for calculating th...
Задача управления распределенными параметрами производственной поточной линией
THE PROBLEM OF THE CONTROL OF THE DISTRIBUTED PARAMETERS OF THE PRODUCTION LINE Pihnastyi O.M., Kozhevnikov G.K. Abstract The program control of the flow line parameters for the transient modes of production functioning...