SketchUp Animation - "Steel Framing of a Warehouse" [Updated]

This is an animation showing a simplified process of erecting the skeleton frame of a warehouse.

I do not claim this construction sequence is 100% by-the-book as there are many factors, such as site condition, which contribute to different approach even for projects of similar nature.

Normally, a warehouse ground floor slab will be designed as pile-supported (the whole slab is cast on a pile grid of closely-spaced single pile point, for more info, refer this page). However, since it's not relevant to the subject of this animation, I don't bother to show them.

Below are a few still output of the model showing some of the structural steel connections.

Stanchion and wall girt.

Roof trusses connected to stanchion (fascia truss not shown).

Roof trusses connected to stanchion (showing fascia trusses).

Cross bracing, welded to top chord of roof trusses.

Purlin, anti-sag rod and knee bracing.

I've earlier made a fly-through animation of the same model, on this page.


[Updates]
I've improved the above animation by removing the shadows, adding new viewing angles and incorporating a fly-through sequence at the end. It also has higher resolution now. Enjoy.

SketchUp Animation - Warehouse (Steel Structure Skeleton Only)

Below is a fly through animation showing only the steel structure skeleton of a warehouse.

Most if not all the standard elements in a steel structure, for instance stanchions, main trusses, purlins, bracing, fascia trusses, siderails and etc. are shown in the animation. The non-existence of perimeter drain is norm for such a structure under construction, though normally temporary ditches are dug surrounding the building for drainage purposes, they are not shown in the animation.

In this particular project, some sort of mesh partition system (non-structural) will be installed on one side of the warehouse, hence it is kind of "open" and without any brickwall or wall girt (siderails). The other three sides are of low brickwall with metal cladding wall system, hence the wall girt.

I output the animation as a series of PNG images and assembled the animation in VirtualDub. The original uncompressed output is a whooping 400Mb+ AVI file, but the anti-alias is much better than the above.

I made a couple of simplified construction sequences on that page.