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The cable mesh reflector usually consists of front cables, rear cables, tie cables, reflective mesh, and ring truss.
This configuration is illustrated in Fig. 2(b), where solid line represents the cables and dashed line for ring truss.
The compressed contour lines near the aperture rim in Fig. 7 are due to the fact that the ring truss represented by dashed line in Fig. 2 is fixed and unchanged during iterations.
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The geometry and the deployment behaviour of the double-ring truss were validated by the experiments using this model.
With the consideration of both longitudinal and hoop deformation behavior of pipeline, a ring-truss theory was analytically established in this study.
The comparison of propagation pressure between the current study and published model shows that for small diameter to thickness ratio, the ring-truss model is the one that is closest to the actual situation.
The primary novelty is the double-ring deployable truss, which is found to significantly enhance the stiffness of the entire antenna over single-ring systems with relatively low mass gain.
This paper explores the design of a new type of deployable antenna system composed of a double-ring deployable truss, prestressed cable nets, and a metallic reflector mesh.
This paper addresses the structural design, the deployment control design, the static analysis and the model testing of a new double-ring deployable truss that is intended for large mesh antennas.
Staves are set vertically into a head truss ring, and a temporary hoop is placed over the other end.
This outer ring was connected by steel trusses to a cluster of metal columns in the center that supported core components such as elevators and stairs, as well as part of each concrete floor.
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