Kang Sheng-liang. Singular Perturbation Solutions of the Nonlinear Stability of a Truncated Shallow Spherical Shell under Linear Distributed Loads along the Interior Edge[J]. Applied Mathematics and Mechanics, 1993, 14(10): 883-894.
Citation:
Kang Sheng-liang. Singular Perturbation Solutions of the Nonlinear Stability of a Truncated Shallow Spherical Shell under Linear Distributed Loads along the Interior Edge[J]. Applied Mathematics and Mechanics, 1993, 14(10): 883-894.
Kang Sheng-liang. Singular Perturbation Solutions of the Nonlinear Stability of a Truncated Shallow Spherical Shell under Linear Distributed Loads along the Interior Edge[J]. Applied Mathematics and Mechanics, 1993, 14(10): 883-894.
Citation:
Kang Sheng-liang. Singular Perturbation Solutions of the Nonlinear Stability of a Truncated Shallow Spherical Shell under Linear Distributed Loads along the Interior Edge[J]. Applied Mathematics and Mechanics, 1993, 14(10): 883-894.
Singular Perturbation Solutions of the Nonlinear Stability of a Truncated Shallow Spherical Shell under Linear Distributed Loads along the Interior Edge
Using a singular perturbation method, the nonlinear stability of a truncated shallow, spherical shell without a nondeformable rigid body at the center under linear distributed loads along the interior edge is investigated in this paper. When the geometrical parameter k is large, the uniformly valid asymptotic solutions are obtained.