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• ## Calculation of the design consisting of blocks with a hexagonal plate and a circular cylindrical cover with a fringing

Article is devoted to strength calculations of compound designs. The deformed condition of a design from the blocks consisting of the basis in the form of a hexagonal plate, circular cylindrical cover rigidly connected with the basis is considered intense.

Keywords: plate, shell, the strength, the composite structure.

• ## Calculation of the block of a compound design from a hexagonal plate and a circular cylindrical cover under the influence of the loading enclosed in tops of a plate

Article is devoted to strength calculations of compound designs. The deformed condition of the block under the influence of the external forces operating on a design, consisting of the basis in the form of the hexagonal plate which has been rigidly connected with the basis of a circular cylindrical cover is considered intense.

Keywords: plate, shell, the strength, the composite structure

• ## Calculation of the deformed condition of the block of a compound design from a hexagonal plate and a circular cylindrical cover under the influence of any loading enclosed in its top

Article is devoted to strength calculations of compound designs. The deformed condition of the block under the influence of any loading enclosed in its top is considered intense

Keywords: plate, shell, the strength, the composite structure

• ## Calculation of the deformed condition of the block of a compound design from a hexagonal plate and a circular cylindrical cover under the influence of any loading enclosed in all its tops

Article is devoted to strength calculations of compound designs. The deformed condition of the block under the influence of any loading enclosed in all its tops is considered intense

Keywords: plate, shell, the strength, the composite structure

• ## Strength calculation of composite construction unit of hexagonal plates, circular cylindrical shell and flanging

The article is devoted to the resistance accounts composite structures. It is based on all-covariance-energy principle. We consider the calculation of the stress-strain state of construction, consisting of a base in the form of hexagonal plates, rigid base related to the circular cylindrical shell.

Keywords: plate, shell, variation-energy principle, the strength, the composite structure.

• ## Determination of the potential energy hexagonal flaring unit composite design, consisting of a base in the form of hexagonal plates rigidly connected to a circular cylindrical shell

The article is devoted to the resistance accounts composite structures. The basis of the position of women variational energy principle. Considered potential energy flanging to calculate the stress-strain state of construction, consisting of a base of the form of hexagonal plates, rigidly connected to the base of circular cylindrical shells, the upper end of which is enhanced by the hexagonal crimping.

Keywords: plate, shell, variation-energy principle, the strength, the composite structure

• ## Output coupling ratios in the calculation of the unit composite construction of hexagonal plates and circular cylindrical shell

The article is devoted to the resistance accounts composite structures. We consider the output resolution of the system of equations for determining the stress-strain state of construction, consisting of a base in the form of hexagonal plates, rigidly connected to the base of a circular cylindrical shell.

Keywords: plate, shell, the strength, the composite structure.

• ## Loading unit composite construction of hexagonal plates and circular cylindrical shell

The article is devoted to the resistance accounts composite structures. Examine the work of the external forces acting on the structure, consisting of a base in the form of hexagonal plates, rigidly connected to the base of a circular cylindrical shell.

Keywords: plate, shell, the strength, the composite structure.