Calculation of the lattice shell of tire geometry with asymmetrical arrangement in case of inextensible cords

The article presents an approach to calculate the displacement and tension force of nonmoment lattice shells obtained from asymmetrical arrangement of two systems of left and right wires. The characteristic relationship of tire geometry in case of asymmetrical winding is proposed . The system of four nonlinear differential equations of lattice shells has been solved using the numerical shooting method. As illustrative examples, we apply the approach to calculate the equilibrium profile and tension force of lattice shells with different values of parameters.