![]() balancing time and effort – of which both are critical to maintaining a high degree of accuracy. ![]() documenting changes which may occur after the 3D structural model has been released.increased human error resulting from the confusion presented by many details – especially when standard drafting protocols are not meticulously applied.– there will still be a hefty amount of project specific structural documentation required.Ĭhallenges exist in the drafting that is required to generate a large amount of design/details task challenges specific to one of the four end-usage requirements are plentiful: While there exists a multitude of structural standards that can be used repeatedly, such as connection details, anchor bolt patterns, etc. ![]() Not surprising, the structural drafting portions of projects can be one of the most time-intensive and manpower-demanding disciplines in the entire engineering and construction process. And each set must present a clear graphical view along with adequate data that specifically explains the structure’s design, guides the fabrication shop’s machining and assembly efforts, or directs the step-by-step process of field erection. ![]() Structural design and drafting is the one discipline that must prepare documentation for a number of end-uses – designers that model the structural support required to fulfill the architect’s vision detailed structural drafting to create view-specific design details shop drawings for steel fabrication details and field erection drawings for construction guidance.Įach of the four drawing sets is required to provide an engineered solution to the architectural or construction process. ![]()
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