Потенциальный косяк в ANSYS
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ASME/ANSYS: Potential Issue with Thermal Expansion Calculations
In many finite element (FE) systems, thermal expansion calculations are based on mean coefficients of linear thermal expansion (or for brevity coefficients of expansion), and these may be a function of temperature. The thermal strains used in the FE calculation are then determined from Eq (1), where
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ASME/ANSYS: Potential Issue with Thermal Expansion Calculations
In many finite element (FE) systems, thermal expansion calculations are based on mean coefficients of linear thermal expansion (or for brevity coefficients of expansion), and these may be a function of temperature. The thermal strains used in the FE calculation are then determined from Eq (1), where
www.linkedin.comПотенциальный косяк в ANSYS https://getpocket.com/a/read/1803437075
Говорят, что нашли косяк в работе алгоритмов расчета тепловых деформаций #ANSYS при расчетах по по #ASME при условии, что коэффициент теплового расширения зависит от температуры. Непонятно правда, в какой версии ANSYS этот баг, и баг ли это или фича
Исходная статья: https://www.linkedin.com/pulse/ansys-potential-issue-thermal-expansion-calculations-angus-ramsay
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