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Оглавление
- 5 E.V. Kirillova, W. Seemann, M.S. Shevtsova.pdf
- E.V. Kirillova1, W. Seemann2, M.S. Shevtsova1,2*
- 1. Introduction
- 2. Problem formulation
- Fig. 1. Scheme of the loaded structure
- 3. Finite Element Model
- 5. Simulation of the wave field using Fourier transform
- Fig. 12. Integration contour
- 7. Conclusions
- References
- 6 A.O. Vatulyan, S.A. Nesterov.pdf
- [5] Farrahia G, Voyiadjisb G, Hoseinia G, Hosseinianc E. Residual stress analyses of re-autofrettaged thick-walled tubes. International Journal of Pressure Vessels and Piping. 2012;98: 57-64.
- [6] Gerbo E, Thrall A, Smith B, Zoli T. Full-field measurement of residual strains in cold bent steel plates. Journal of Constructional Steel Research. 2016;127: 187-203.
- [7] Grisaro H, Dancygier A. Assessment of residual deformation of rear steel plate in RC barriers subjected to impact of non-deforming projectiles. International Journal of Impact Engineering. 2015;77: 42-58.
- [9] Lee C-H, Chang K-H. Study on the residual stresses in girth-welded steel pipes and their evolution under internal pressure. Marine Structures. 2013;34: 117-134.
- [16] Vatul'yan AO. The theory of inverse problems in the linear mechanics of a deformable solid. Journal of Applied Mathematics and Mechanics. 2010;74(6): 648-653.
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