Sentence examples for truss deformation from inspiring English sources

The formulation of proposed space truss deformation theorem has been facilitated immensely by the introduction of the equivalent linearized two-dimensional trusses.

Due to large aperture, light weight and high accuracy requirements on spaceborne reflectors, the rim truss deformation is indeed not negligible.

By iterations on form-findings of the cable-net based on the updated boundary conditions due to the rim truss deformation, a mesh reflector with a fairly uniform tension distribution in its equilibrium state could be finally designed.

The projectiles energy was dissipated by face sheet plastic dishing and fracture by petaling, and by truss plastic deformation.

The research clearly indicated that compared to the isolated tower leg's foundation the proposed hybrid slab foundation has very good resistance, in terms of truss members' deformations and stresses, to the ground movement.

In the calculating, the cable's stiffness is determined by its slack or tensional state, and the coupling between the deployment of trusses and the deformation of cable nets are considered by updating the coordinate values of boundary nodes in each time step.

Therefore, we describe the mechanics of trusses by accounting for the stretching of truss members and the deformation of nodes.

A combination of spray, anchors, anchor bolts, and soft corner coupled truss supports allowed the deformation to be controlled.

The second step is to optimize the prestress distribution of the boundary cables connected directly to the supporting truss considering the elastic deformation of the antenna structure.

However, the development an equivalent model suitable for representing the dynamic response of a periodic truss in the small deformation regime is complicated by microinertial effects.

Experimental results from the first truss demonstrate nonlinear large deformation similar to material ideal elastic plasticity and those from the second truss exhibit a response analogical to material strain hardening.