Independent Curators Incorporated
- 期刊名称Art Journal
- 作者Snell, Michelle
- 卷第37卷
- 期第3期
- 印刷ISSN0004-3249
- 电子ISSN2325-5307
- 文件大小312.78KB
- 发表时间1978-03
- DOI10.1080/00043249.1978.10793430
- 页码255-255
Proof of the solvability of a system of partial differential equations in the nonlinear theory of shallow shells of Timoshenko typeS. N. Timergaliev · 2012
Study of the solvability of a boundary value problem for the system of nonlinear differential equations of the theory of shallow shells of the Timoshenko typeTimergaliev, S. N.; Kharasova, L. S. · Differential Equations · 2016
On the existence of solutions of a nonlinear boundary value problem for the system of partial differential equations of the theory of Timoshenko type shallow shells with free edgesTimergaliev, S. N. · Differential Equations · 2015
New methods of determining the radiation characteristics of materials at low temperaturesI. F. Buyakov; Yu. M. Sotnikov-Yuzhik; N. A. Prudnikov; L. S. Slobodkin · 1987
Solution of a contact problem for a thin anisotropic layer from the positions of shell theoryI. A. Buyakov · 1984
Obtaining carbon nanomaterials in a plant with a plasma generator and a working zone of rectangular cross sectionS. A. Zhdanok; I. F. Buyakov; A. V. Krauklis; A. N. Laktyushin; K. O. Borisevich; M. V. Kiyashko · 2010
Buckling of a thin spherical shell inside a spherical cavity of a contracting massive bodyBuyakov, I. A.; Berezkin, V. A. · Journal of Machinery Manufacture and Reliability · 2014
Effect of ultradispersed particles of structured carbon on deformation and strength characteristics and tribological behavior of polyamide coatingsV. M. Shapovalov; A. M. Valenkov; I. F. Buyakov · 2011
Formation of carbon nanostructures in the decomposition of methane in the plasma of a high-voltage atmospheric-pressure dischargeS. A. Zhdanok; A. V. Krauklis; I. F. Buyakov; V. M. Volzhankin; K. O. Borisevich; P. P. Samtsov · 2008
On the conditions of formation of carbon nanostructures on the steel reactor surface from the products of hydrocarbon decomposition in a low-temperature plasma. 3. depth analysis of the material, hypothesis of the growth mechanismS. A. Zhdanok; I. F. Buyakov; A. V. Krauklis; K. O. Borisevich; M. V. Kiyashko · 2011