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Publisher: Professional Engineering Publishing
Languages: English
Types: Article
Subjects: TJ, T1
Previous work on the elastic deformation of flat-section band clamps has been extended to account for plastic deformation of the band material. Both finite element analysis using a multilinear plastic model and a classical approach using a continuous plastic equation are reported. The excellent agreement between the results of these two approaches provides a high level of confidence in the models. The finite element approach was found to be extremely time consuming owing to the combination of changing contact non-linearity and material non-linearity. The classical approach provided a much faster solution method when used with the iteration schemes proposed here. The classical method of analysis was used to determine the response to a range of conditions. This analysis showed that there might be some advantage in driving flat-section band clamps into the partially plastic state. In this state the coefficient of friction has far less impact on the variation in circumferential stress, and hence radial clamping force, around the band
  • The results below are discovered through our pilot algorithms. Let us know how we are doing!

    • 1 Jones, W. G. Hose clamp for thin wall tubes. US Pat. 2852832, 1958.
    • 2 Schaub, E. T-bolt hose clamp. US Pat. 6584654, 2003.
    • 3 Shoghi, K., Rao, H. V., and Barrans, S. M. Stress in flat section band clamp. Proc. Instn Mech. Engrs, Part C: J. Mechanical Engineering Science, 2003, 217, 821 - 830.
    • 4 Shoghi, K. Stress and strain analysis of V-section band clamps. PhD thesis, University of Huddersfield, 2004.
    • 5 Hill, R. The Mathematical Theory of Plasticity, 1950, pp. 12 - 13 (Oxford University Press, London).
    • 6 Dean, G. D., Loveday, M. S., Cooper, P. M., Read, B. E., Roebuck, B., and Morrel, R. Aspects of modulus measurement. In Materials Metrology and Standards for Standard Performance (Eds B. G. Dyson, M. S. Loveday, and M. G. Gee), 1995, Ch. 8, pp. 150 - 209 (Chapman and Hall, London).
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