| Thermal-Structural Coupling Analysis on Hydraulic Tire-Curing Machine |
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| DOI： |
| Key Words: hydraulic tire-curing machine;temperature field;thermal-structural coupling analysis |
| Author Name | Affiliation | | ZHU Sheng-juan | Guangdong University of Technology | | ZHAO Yi-xiang | Guangdong University of Technology | | CHEN Xin-du | Guangdong University of Technology |
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| Abstract: |
| A 3D geometric model of hydraulic tire-curing machine was established.Firstly,the transient temperature field was simulated by using finite element method.Secondly,the distribution of temperature and experimental results were compared to confirm the rationality of the thermal analysis.Finally,the thermal-structural coupling analysis was conducted based on thermal field and peak pressure.The results showed that curing temperature influenced the structure of hydraulic tire-curing machine significantly.Compared with the general structure analysis,thermal-structural coupling analysis had advantages in showing stress-strain and positional accuracy under complex working conditions. |
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