For an application in composite trusses and truss optimization, five joint designs were proposed.
Fig. 3 Layout of the joint design J1, applied similarly to the other joint designs.
Three joint designs will be analyzed in this study, and are presented in Fig. 2.
This suggests that the family of joint designs consisting of a full central joint piece that completely surrounds the members offer a much greater performance than the family of joint designs consisting of one or several plates.
This section provides a few LET joint designs to demonstrate the design considerations in the previous section.
Similarly to the joint design J1, these joint designs can however only be used for two-dimensional trusses.
Experiments on two different fluted-core longitudinal joint designs were considered in this study.
Understanding the dynamic behavior of the joints is important for optimal joint designs.
New joint designs are proposed for adhesive bonding of thick multilayered composite adherends.
Researchers have been working on new joint designs looking for better performances.
The suggested approach and the platform have been tested to validate ball joint designs.
