Sentence examples for beam elements have been from inspiring English sources
Both 3D continuum and beam elements have been used to model the structures under quasi-static compressive loads.
The behavior matrices of the beam element have been obtained by the use of the weak formulation satisfying equilibrium and compatibility equations.
To apply the bionic optimisation strategy to high buildings with passive tuned mass dampers subject to seismic loading a special beam element has been developed.
A previously developed flexible beam element has been used for modeling the typical relatively large deflections and the resulting position-dependent behavior of compliant mechanisms in MEMS.
belonging to the screws and those belonging to the timber, the existing 2-node beam element has been modified involving in a 4-node beam element with only translational d.o.f. per node, leading in fact to a full compatibility with solid elements.
As part of a study of the shock response of rotor-bearing systems, two tapered beam finite elements have been developed.
The accuracy and efficiency of the beam-column elements have been examined through simple numerical examples by comparing the present results with those obtained by experiments and finite element program analysis using the MARC and ABAQUS programs.
Beam, plate and shell type elements have been developed incorporating the stiffness, mass and electromechanical coupling effects of the piezoelectric laminates.
Numerous works have been conducted on modelling basic compliant elements such as wire beams, and closed-form analytical models of most basic compliant elements have been well developed.
A detailed discussion regarding the computational performance of both beam-column elements has been presented in this paper, which concludes that force-based beam-column elements can better represent the localised plasticity of fibres caused by non-uniform heating.
