Abstract
The problems associated with evaluation of stress-strain state of stiffened finite cylindrical and conical bodies are considered. The analytical solutions based on the application of R-function theory, computer models and simulation experiment for determining the stress-strain state of the bodies, stiffened by one, two and three ribs are given.The analysis of the strain dependence on the amount of ribs on the elements and influence of geometric elements and physical parameters on the operation modes for each structural element are analyzed
Highlights
Рассматриваются вопросы, связанные с оценкой напряженно – деформированного состояния оребренных цилиндрических и конических тел конечных размеров
The problems associated with evaluation of stress-strain state of stiffened finite cylindrical and conical bodies are considered
The analytical solutions based on the application of R-function theory, computer models and simulation experiment for determining the stress-strain state of the bodies, stiffened by one, two and three ribs are given
Summary
Рассматриваются вопросы, связанные с оценкой напряженно – деформированного состояния оребренных цилиндрических и конических тел конечных размеров. The analytical solutions based on the application of R-function theory, computer models and simulation experiment for determining the stress-strain state of the bodies, stiffened by one, two and three ribs are given. В статье приводятся исследования напряженно деформированного состояния оребренных цилиндрических и конических тел конечных размеров.
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