Continuing from our previous blog on the EMU IN THE SKY project, this post delves into the challenges and solutions for positioning the branches into the globe structure.
Challenges with the Original Design
The initial structural design, while visually impressive, posed significant challenges during the erection phase. The lack of tolerance in positioning the branches made the process more complicated, increasing the risk of errors and time-consuming adjustments.
EMU team proposal
To overcome this, the team introduced:
Circular Plates with Holes: A circular plate with pre-drilled holes was introduced, allowing for precise alignment of the branches.
Slotted Holes in the Outer Stub: Slotted holes were added to the outer stub welded to the globe. This innovation offers adjustable positioning, making the assembly process significantly easier and more efficient
In this method we can place the branches plate in any rotation.
Why This Design is Feasible
The updated design not only simplifies the erection process but also reduces the likelihood of rework. The added tolerances ensure that branches can be positioned accurately with minimal effort, saving both time and resources.
Stay tuned for more updates on the EMU IN THE SKY project as we continue to share insights and innovations from this iconic endeavor.
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