THE CALCULATION OF STRENGTH CYLINDRICAL SHELLS REINFORCED WITH HIGH-STRENGTH WINDING, TAKING INTO ACCOUNT THE EFFECTS OF PRESSURE AND TEMPERATURE

In given clause the condition of a wall previously of intense cylindrical environments is considered is intense - is deformed in view of temperature influence. The technique of account previously of intense cylindrical environments is given in view of change of temperature.
The results of the research work significantly Supplement the previously known data on the operation and calculation of prestressed shells and allow us to identify the stress state of the wall of a prestressed cylindrical shell winding, taking into account the prestressed parameters. The results of the work allowed us to scientifically confirm the possibility of regulating the stress state of the shell wall by an optimal choice of pre-stress parameters. For the first time, a method of engineering calculation and rational design of prestressed cylindrical shells based on the conditions of full use of the load-bearing capacity of the structure is proposed.
The work was carried out using modern instruments, equipment and equipment, and the results are in satisfactory agreement with the classical theories of design and calculation of shell structures.
The method of calculating prestressed cylindrical shells can be used by engineering and technical employees of design organizations in various industries when designing new or strengthening existing pressure vessels and devices, tanks, pipelines, gas tanks and other cylindrical shells, as well as in higher education institutions when teaching a number of technical disciplines.

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