A previously proposed method is used to obtain expressions for calculating the residual stresses as a function of the physicomechanical properties of the polymer matrix and the reinforcement ratio. The calculation results are presented and the corresponding state of stress and strain analyzed. There are considerable deviations (in the magnitude and distribution of the stresses) from models that neglect or only take partly into account the interaction of the fibers.
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V. A. Kargin and M. N. Shteding, ZhFKh,20, 727 (1946).
A. L. Abibov and G. A. Molodtsov, Mekh. polim. No. 4, 76 (1964).
G. A. Van Fo Fy, Mekh. polim., No. 6, 61 (1965).
A. L. Abibov and G. A. Molodtsov, in: Physico-Chemistry and Mechanics of Oriented Glass-Reinforced Plastics [in Russian], Moscow, 182 (1967).
Yu. N. Rabotnov, Creep of Structural Elements [in Russian], Moscow, 134 (1966).
A. M. Zhuravskii, Handbook of Elliptic Functions [in Russian], AN SSSR (1941).
F. I. McGarry and W. H. Haslett, Proc. 17th Ann. techn. a. manag. Conf. SPI reinf. plast. div., sect. 3-D, Chicago (1960).
I. A. Matta and I. O. Outwater, SPE Trans.,2, 314 (1962).
Moscow Ordzhonikidze Aviation Institute. Translated from Mekhanika Polimerov, Vol. 4, No. 6, pp. 1051–1058, November–December, 1968.
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Molodtsov, G.A. Structural residual stresses in oriented glass-reinforced plastics. Polymer Mechanics 4, 839–845 (1968). https://doi.org/10.1007/BF00855830
- Residual Stress
- Polymer Matrix
- Calculation Result
- Physicomechanical Property