A simple and accurate solution for calculating stresses in conical shells
In this paper, new variable transformation formulas are introduced to solve the basic governing differential equations for conical shells. By performing magnitude order analysis and neglecting the quantities with h/R magnitude order, the basic governing differential equations for conical shells are transformed into a second-order differential equation with complex constant coefficients. By solving this second-order differential equation, a simple and accurate solution for conical shells is derived. The present solution is simpler than the exact solution because it does not use Bessel's functions, and also more accurate than the equivalent cylinder solution. Numerical examples are given to illustrate this conclusion. The simple and accurate solution provides a quick means for analyzing stresses in conical shells.
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