Abstract: The Föppl–Hencky nonlinear membrane theory is employed to study the axisymmetric deformation of annular elastic membranes. The general solutions for displacements and stresses are established ...

Abstract: The fracture and flow characteristics of ice is dependent upon the state of stress, substructure geometry, temperature and strain rate. Compressive and tensile strength vary greatly due to the variety of ice types and their ...

Abstract: Sandwich and bimetallic plating significantly enhance many engineering applications within the civil engineering, marine engineering, and naval architecture fields due to its high strength-to-weight ratio. However, the ...

Abstract: This paper investigates the thermoelastic stability of two bonded half planes consisting of different materials, using a perturbation method. It is found that the conduction of heat across an interface between two dissimilar ...

Abstract: Neuber’s theory of elastic and inelastic stress concentration factors are applied to the pit corrosion of plates. The finite element method is then employed to model the problem numerically and ...