Sentence examples for model the truss from inspiring English sources

The experiments show that our study is able to model the truss and extract the parametric expression with a 7.11 mm absolute error of the pole radius and a 9.38% relative error of the pole length.

A reduced scale model of the truss girder component of a thirty meters span bridge has been tested in laboratory.

A finite-element method based on the self-defined truss element is developed to model the plane truss structure with the flexible connector, and the dynamic characteristic of the corresponding model is analyzed in this paper.

Constitutive models of the truss core are developed using homogenization techniques which, together with effective single-layer sandwich approaches, form the basis of a two-dimensional (2D) single-layer sandwich model.

The proposed model is similar to the truss model that is popular in the design of reinforced concrete members.

However, the contribution of the TRC is clearly stabilised, as shown by an operating model based on the truss analogy, which permits the systematic yielding of the transverse steel rebar.

Experimental tests were carried out on short profiles to determine their compressive strength at the connections and on two 1 2.3 reduced models of the trussed beam structure: a short 1.3 m span cantilever beam and a 13.0 m span simple supported beam.

Linear buckling and geometrically and material non-linear analyses including equivalent geometrical imperfections are performed applying the truss model and a detailed shell finite element model.

Particular attention was dedicated on the consistency of the models for FRP strengthened structures with Eurocode 2 [12], since it assumes a method based on the truss model with variable inclination of the compressed strut.

Comparisons of the results achieved from this model with the results obtained from a model, in which the cracked film is modelled as an orthotropic shell with no stiffness in the x-direction, have confirmed the correctness of the "truss" model.

Ultimate shear loads and failure modes were analytically calculated by the truss model approach and were compared with experimental observations.