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  • In this paper the application of quantitative thermography analysis on strains is presented on the study dealing with evaluation of material's behavior during plastic deformation of specimen in two thermodynamically different states. The analysis of plastic deformation and thermal phenomena processes is demonstrated on compact-tension steel specimens both in theoretical and experimental way. The experiments proved different temperature response to external loading and dependence of plastic deformation development on material's state. These results support claim that thermography can be used for non-destructive investigation of internal state of materials.
  • In this paper the application of quantitative thermography analysis on strains is presented on the study dealing with evaluation of material's behavior during plastic deformation of specimen in two thermodynamically different states. The analysis of plastic deformation and thermal phenomena processes is demonstrated on compact-tension steel specimens both in theoretical and experimental way. The experiments proved different temperature response to external loading and dependence of plastic deformation development on material's state. These results support claim that thermography can be used for non-destructive investigation of internal state of materials. (en)
Title
  • Evaluation of Material's State during Deformation Process by Means of Thermographic Measurement
  • Evaluation of Material's State during Deformation Process by Means of Thermographic Measurement (en)
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  • Evaluation of Material's State during Deformation Process by Means of Thermographic Measurement
  • Evaluation of Material's State during Deformation Process by Means of Thermographic Measurement (en)
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  • RIV/68407700:21260/12:00195654!RIV13-MSM-21260___
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  • RIV/68407700:21260/12:00195654
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  • thermoplastic phenomenon; plastic deformation; compact-tension specimen (en)
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  • Kytýř, Daniel
  • Valach, Jaroslav
  • Žďárský, Marek
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  • 21260
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