Making Sausage: You Really Don’t Want to Know

http://cjni.com/wp-json/oembed/1.0/embed?url=http://cjni.com/using-coaching-give-staff-room-grow/ This is an incomplete project. Although portions of it were published in the December 2009 issue of Naval History magazine, they were carefully cropped to eliminate errors that exist because of lack of documentation and skill on my part. My goal is to do the definitive model with accurate interior detail.

Bayamón I am posting this to ping the greater world for more information so that I can properly detail the interior and fix the exterior, and perhaps rework the whole drawing. These renders are eight years old, so my skills have improved, but until I get more information this will sit on a back burner.

For the hull and casemate, I was only able to find these two drawings.

I do not have my sources readily at hand, but the profile and plan are obviously from a book. They are small and while apparently detailed, it is all lost in the small reproduction on poor absorbent paper. I believe the sections are from a different source. They are larger and cleaner, a big help.

The only way to approach a subject is to envision it in the simplest parts possible to keep your drawing time to a minimum. One fortunate aspect of ships (along with aircraft) is that you generally only have to do 50 percent of the project because of symmetry along the centerline. You simply copy, paste, reflect, and merge your work. With Tennessee, I created three basic pieces; the hull, hull armor, and casemate. Everything else is detail.

Using Illustrator, I created the lines for each. This is not a difficult process, but is somewhat challenging in trying to visualize your 2-dimensional work in 3-dimensions. Once those are complete, I import them into my 3-D software, Strata 3D, and proceed to extrude, lathe, hull, and whatever else needs to be done to get something that resembles Tennessee.

The hull sections, as noted, were clean and easy to reconstruct.

Once drawn, they were laid out in position along the length of the hull for “erecting” in the 3D program.

The failings of the hull—primarily because of my inexperience—is the plating. The interior, however, is another matter. Despite their size, the interior plan was really quite good for its level of detail. It allowed for proper positioning of the guns and their interaction. The funnel drops down through the gun deck to the engine room below. The capstan has an interesting position, but again, its linkages, unless below deck, are non-existent.

But details of the interior are sorely lacking. The gun handling fixtures are pretty much standard, so those details were easily added. But the real issue is the wheel stand and its workings. The drawings show that it was elevated above the gun deck and hung from the overhead, but how? How was the wheel linked to the rudder? What navigational equipment was associated with it? How did they use a compass surrounded by all that iron? Many questions, no answers. So the wheel is just suspended over the deck.

I added a drawing to illustrate the composite laminated construction of the casemate armor. It’s interesting to see how the laminations go together and how thick the armor was in relation to its backing.

I  don’t normally share rejects. The faults in this are obvious, but it is here because it shows relationships and details, especially in the overhead grating, not visible in the others.The overhead view shows the layout of the fore (right) and aft 7-inch Brooke double-banded rifles on swivel mounts. These align with the three fore- and aft-most gunports. The four 6.4-inch Brooke double-banded rifles occupy the four broadside ports.

These are some other interior views as well as the overall fore and aft views.

 

 

Again, if you can help by pointing me toward drawings that will get this closer to what it should be, please let me know.