The use of advance composite materials is increasing in various industrial applications such
as renewable energy, transportation, medical devices, etc. As the demand for stability under …

A new modeling scheme has been developed for the analysis of thermo-mechanical
stresses in structural problems of fiber-reinforced composite materials with mixed mode of …

A new boundary modeling scheme is introduced for the solution of thick beams on simple
supports using the displacement-function elasticity approach. The performance of two sets of …

引入适用于极坐标下曲梁的位移函数, 通过理论分析得出用位移函数表示的曲梁控制方程和位移
分量, 应力分量. 在此基础上, 采用差分原理给出曲梁控制方程, 位移分量和应力分量的差分代数 …

The addition of a stainless steel wire mesh (SSWM) at the bottom of ultra-high performance
concrete (UHPC) was proposed for improving the flexural strength of UHPC and solving the …

Finite-difference technique is extended to obtain the stress as well as the displacement
components with the deformed shape of a boron/epoxy orthotropic composite plate with an …

The elastic field of a stiffened simply-supported fiber-reinforced composite beam is
investigated using an analytical scheme based on the displacement-potential field. A single …

The stress field of a laminated cantilever beam is analyzed under the influence of symmetric
and anti-symmetric arrangements of discrete stiffeners at the opposing longitudinal surfaces …

A displacement function suitable for plane curved beam in polar coordinates is introduced,
and a partial differential governing equation of plane curved beam is obtained by theoretical …

A new computational approach is proposed for determining the elastic field of deep curved
beams/rings, which is based on a displacement-function equilibrium method. The …