Cyclic thermal loading in the creep range. II. High levels of thermal loading (Q761262)
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scientific article; zbMATH DE number 3885422
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Cyclic thermal loading in the creep range. II. High levels of thermal loading |
scientific article; zbMATH DE number 3885422 |
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Cyclic thermal loading in the creep range. II. High levels of thermal loading (English)
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1985
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[For part I see the summary above (Zbl 0555.73042).] - An upper displacement bound is presented for thermal loading problems that allows energy to be dissipated as a result of the cyclic variation of strain in parts of the structure. Use of the bound requires a knowledge of the thermo-elastic stress distribution resulting from the cycle of temperature and arbitrary stress fields that are in equilibrium with the primary load and a dummy load applied in the direction of the required displacement rate. Certain limitations are imposed on the choice of equilibrium stress fields and, as a result, the bound can only be applied to a limited range of problems. Situations for which the bound can and cannot be used are examined.
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dissipated energy
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upper displacement bound
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thermal loading
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cyclic variation of strain
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thermo-elastic stress distribution
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cycle of temperature
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arbitrary stress fields
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equilibrium
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primary load
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dummy load
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0.95871305
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0.8483763
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0.8257307
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0.8238946
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0.8238932
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