Since I posted my article on the Canon de 75's recoil system and how it was mass-produced by Singer in WWI, I had planned to post my other American Machinist sources at some point. During the isolation of the last few days, I finally got around to organizing all of the sources I found. These don't have a lot of photos of the battlefield, but do have a lot of images of the guns being built, and lots of diagrams and specifications on their designs and how they were made. Not all of them are about artillery, some are just about infantry weapons or even just machines that made machines to make artillery (mainly the big planer used for making gun-boring lathes), but I prefer to keep the sources in one place, and they still have some applicability to WWI weaponry and the war industry. These are often incredibly technically detailed, with some information that I haven never been able to find anywhere else (as will be seen later). So for each volume of American Machinist I'll first list the links to Google Books, Internet Archive, etc. where that volume can be found, and then list the pages where the articles of interest are.
First, a general link to the Hathitrust page with links to their American Machinist volumes during this era (Volumes 19, 20, 24, and 29-58):
United States Common Shrapnel and Common Steel Shells, 3.8, 4.7, and 6 In. manufacturing specifications, p. 1113-1118
United States Munitions 3-In. Common Shrapnel Shell manufacturing specifications, p. 353-377
United States Munitions 3-In. Common Steel Shell manufacturing specifications, p. 486-507
United States Munitions 3 to 6 In. Cartridge Cases manufacturing specifications, p. 881-903
Three-Inch United States Navy Projectiles by Lieut. A. G. Dibrell, p. 969-976
Handling 8-In. Shell Forgings by M. E. Hoag, p. 1101-1105
And one article so large it gets its own list:
United States Munitions The Springfield Model 1913 Service Rifle manufacturing specifications:
Sleeve Operations, Part II, p. 19-27
Cocking Piece, p. 69-76
Striker, Mainspring, Extractor, Extractor Collar, Ejector, Ejector Pin, Part I p. 111-119, Part II p. 153-161
Safety-Lock Spindle, Plunger, p. 245-250
Guard, Sear, Trigger, Floor Plate, Floor-Plate Catch, Magazine Spring, Cutoff, Follower, Part I p. 287-294, Part II p. 333-338, Part III p. 551-558, Part IV p. 415-426
Movable Stud, Front Sight, Movable Base, Leaf, Slide, Cap, Part I p. 463-469, Part II p. 595-602, Part III p. 641-647
Drift Slides, Windage Screw, Butt Plate, Butt-Plate Cap, Upper Band, Lower Band, Spring and Swivel, Butt Plate Swivel, Part I p. 685-690, Part II p. 729-735, Part III p. 771-779
Stacking Swivel, Hand-Guard Clip, Front-Sight Cover, Cleaning Rods, p. 817-823
Oiler and Thong Case, Spare Parts Kit,Screwdriver, p. 947-953
Making the Stock, Part I p. 1031-1041, Part II p. 1079-1085, Part III p. 1123-1129
The Manufacture of the Lewis Machine Gun by Frank A. Stanley (at Savage Arms Corporation, continues in Volume 48), Part I p. 969-971
Building Carriages, Caissons and Limbers for 75-mm. Guns by M. E. Hoag (continues in Volume 48), Part I p. 793-796, Part II p. 861-865, Part III p. 901-904
Manufacture of the 4.7-Inch Gun Model 1906 by E. A. Suverkrop, Part I p. 519-524, Part II p. 649-658
The Manufacture of the Lewis Machine Gun by Frank A. Stanley (at Savage Arms Corporation, continued from Volume 47, continues in Volume 49), Part II p. 265-273 (February 14), Part III p. 397-403, Part IV p. 579-584, Part V p. 663-667, Part VI p. 747-752, Part VII p. 825-828, Part VIII p. 873-878, Part IX p. 949-952
Manufacture of the 75-mm. High-Explosive Shell by S. A. Hand, Part I p. 435-439, Part II p. 535-539, Part III p. 705-712
Building Carriages, Caissons and Limbers for 75-mm Guns by W. J. Larson (continued from Volume 47), Part IV p. 229-231, Part V p. 277-279
Hydraulically Operated Shell Production Machinery by I. William Chubb, p. 939-943
Making 50,000 French 75-mm. Shrapnel per Day by Robert K. Tomlin Jr (specifically about Citroën), p. 987-990
Manufacturing Base Plugs for the 80 Mark VIII Time Fuse by John Campbell, p. 414-417
The Relining of Guns at Watervliet Arsenal by E. A. Suverkrop, Part I p. 687-691, Part II p. 783-785, Part III p. 859-862
Boring and Reaming Tools for 220- and 270-mm. French Shells by James Forrest, p. 70-72
Self-Centering Driver for Rough-Turning Shells by H. A. Wilson, p. 427
Making Concrete Metal-Planing Machines by Ethan Viall (for planing beds for further gun-boring lathes), p. 603-608
Manufacture of the Lewis Machine Gun by Frank A. Stanley (at Savage Arms Corporation, continued from Volume 48, continues in Volume 50), Part X p. 25-29, Part XI p. 203-207, Part XII p. 481-484, Part XIII p. 529-531
The British 6-In. Howitzer by I. William Chubb, Part I p. 231-242, Part II p. 411-423, Part III p. 605-612, Part IV p. 697-704
How the 155-Mm. Howitzer is Made by J. V. Hunter (specifically about the 155 M1918 made at American Brake Shoe and Foundry, continues in Volume 50), Part I p. 941-945, Part II p. 983-986, Part III p. 1123-1129
The Development of the French 75-mm. Field Gun by J. A. Lucas, p. 149-152
Lathes for the Present Gun Program by A. L. de Leeuw, p. 491-493
The 75-mm Field Gun Model 1916, M.III Special Correspondence, p. 323-328
The Three-Inch Anti-Aircraft Gun, Model 1918 Special Correspondence, p. 185-190
The Engineering Division of the Ordnance Department by John H. Wan Deventer (about design and transport of weapons in general in the WWI US Army), p. 921-931
What Ordnance Is and Does by John H. Van Deventer (mainly useful as the only photo I have of an 8-inch US pre-WWI howitzer on p. 876), p. 875-881
Chilled Cast-Iron Dies for Forging and Nosing Shells by A. F. White, p. 747-748
Slotting Breech Bushings by H. W. Merrill, p. 1186
Making Boring Bars for Big Guns by M. E. Hoag, p. 987-988
Tool for Burring Inside of Dummy Cartridge Shells, p. 1048-1049
Making a Spiral Rack for the Sights on the Six-Pound Gun Mounts by Severin Seaberg, p. 470
Polishing Inside Profile of Nose on High-Explosive Shells by H. A. Wilson, p. 168
Some Types of Modern Grenades by Rudolph C. Lang, p. 139-143
Grinding 6-In. Shell-Boring Cutters by George M. Dick, p. 207-208
Manufacture of the Lewis Machine Gun by Frank A. Stanley (at Savage Arms Corporation, continued from Volume 49), Part XIV p. 55-60
How the 155-Mm. Howitzer is Made by J. V. Hunter (specifically about the 155 M1918 made at American Brake Shoe and Foundry, continued from Volume 49), Part IV p. 199-204, Part V p. 249-252, Part VI p. 303-306, Part VII p. 587-593, later acknowledgement that Schneider actually designed it and the 240-mm howitzer (apparently no one mentioned this in the main article) p. 908
The British 8-In. Howitzer by I. William Chubb (continues in Volume 51), Part I p. 1189-1194
Manufacturing the 9.2-In. Howitzer Shell by S. A. Hand, Part I p. 799-801 and 839-842, Part II p. 895-897 and 947-950, Part III p. 1089-1093
Cam Rails Used in Planing Howitzer Jackets by E. A. Thanton, p. 230
Unique Shell-Profile Turning Attachment by Donald A. Baker, p. 161-162
155 mm Howitzer Production (about American Brake Shoe and Foundry production of 155 mm M1918 howitzers), p. 162
How Ordnance is Inspected by Fred H. Colvin, Part I p. 263-267, Part II p. 311-316, Part III p. 557-563
Modern Artillery Ammunition by H. M. Brayton (continues in Volume 52), Part I p. 707-710
Finding the Cost of Ordnance by Lieut. L. S. Gatter (mainly including a 6-inch shell inspection as an example), p. 657-660
Railway Gun Mounts by Lieut. Col. G. M. Barnes (mainly about US ones), p. 329-335
The 14-In. Naval Railway Batteries by C. L. McCrea, p. 141-149
History of the Aberdeen Ordnance Proving Ground by Major F. P. Lindh (mainly only photos of artillery pieces that are useful), Part I p. 459-461,Part II p. 509-513, Part III p. 607-611
Gun-Boring Tools and Data by Fred H. Colvin (about the US 4-inch naval gun specifically), p. 997-999
Hardness Tests of Gun-Barrel Steel by William Kent Shepard, p. 739-742
How Army Ordnance Met Its Responsibilities by Brig-Gen. W. S. Peirce, p. 408-409
Making Gun-Sights for Anti-Aircraft Guns by Fred H. Colvin (most likely about the 3-In. AA gun), p. 681-684
High Production Tooling Methods as applied to the Machine-Gun Tripod, Model 1918 by Albert A. Dowd and Donald A. Baker (continues in Volume 51), Part I p. 1029-1036
Radius Link Designing by Arthur R. Melloy (about turning the points of shells), p. 993
Instruments for Hardness Tests by C. E. Clewell (about testing shells and armor), p. 93-96
The Field Mount for the 7-In. Navy Gun by C. L. McCrea, p. 523-527
The British 18-Pounder Quick-Firing Gun by I. William Chubb, Part I p. 617-621, Part II p. 733-735
The Manufacture of Artillery Range Finders by Geo H. Thomas (continues in Volume 52), Part I p. 1045-1047
Operations on the British 9.2-In. Gun by I. William Chubb, Part I p. 275-280, Part II p. 373-377, Part III p. 423-427
The Ordnance Repair Shops at Mehun-Sur-Yevre by Maj. George S. Brady, p. 575-578
Machining Problems Solved in Gun-Making, Editorial Correspondence (about the 4.7-inch gun, continues in Volume 52), Part I p. 949-952
Mounts for Naval Anti-Aircraft Guns by Fred H. Colvin (about the 3-inch AA gun in US service), Part I p. 79-83, Part II p. 457-461
The Stamets Gun-Boring Lathe by E. L. Dunn (for large-caliber guns), p. 1071-1073
The British 8-In. Howitzer by I. William Chubb (continued from Volume 50), Part II p. 13-17, Part III p. 171-176 and p. 227-230
High Production Tooling Methods as applied to the Machine-Gun Tripod, Model 1918 by Albert A. Dowd and Donald A. Baker (continued from Volume 50), Part II p. 401-407
Cutting the Rotating Rack For a Breech Block by L. E. Olson (about the breech block for the 12-inch M1895 coastal artillery gun), p. 1063-1064
Machining Problems Solved in Gun-Making by J. V. Hunter (about the 4.7-inch gun, continued from Volume 51), Part II p. 39-43, Part III p. 133-136, Part IV p. 613-616, Part V p. 733-735
Broaching the Recoil Cylinder of the 4.7-In. Gun by M. E. Infiorati, p. 977-978
The Manufacture of Artillery Range Finders by George H. Thomas (continued from Volume 51), Part II p. 249-254, Part III p. 301-304, Part IV p. 403-404
Unusual Methods of Securing Extreme Accuracy by A. L. De Leeuw (about the Canon de 75’s recoil cylinder), Part I p. 595-599, Part II p. 937-941, Part III p. 1049-1053, Part IV p. 1094-1097
Graduating Range Finder Sights by L. B. Rich, p. 1097-1098
Modern Artillery Ammunition by Capt. H. M. Brayton (continued from Volume 50), Part II p. 95-101
Manufacturing with Special Machines vs. Standard Equipment by Col. G. F. Jenks and M. H. Christopherson (about the 240 mm US siege howitzer recuperator), Part I p. 37-39, Part II p. 97-101, Part III p. 228-233, Part IV p. 349-353, Part V p. 475-479
One of the interesting things in Volume 46 is that apparently the US couldn't contact every machine shop in the country quickly, so decided to post the specifications in the magazine to enable shops to start setting up production if they could. So the manufacturing specifications in Volume 46 are intended to partly be instructions on how to make them.
As an example of the technical detail in these articles, here are some pages from Part I of "The British 6-In. Howitzer" in Volume 49, specifically pages 237-240. These deal with the milling of the threads on the Welin breechblock and breech:
The full images should have high enough resolution to see the numbers and writing in the diagrams, and if not the original scan on Google Books (linked to above) certainly does. Incidentally, this exact manufacturing of Welin breech threads is a mystery to many machinists (as seen here, here, and here) so those pages have more detail than they know of.
Fantastic. That will give me something to do during lockdown.
BTW, I have seen several sources (including Ernest Swinton) that call it American Mechanist. I think that's because in the UK, "machinist" usually means someone who operates a sewing machine. "Mechanist" sounds more like something involving mechanical stuff.
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"Sometimes things that are not true are included in Wikipedia. While at first glance that may appear like a very great problem for Wikipedia, in reality is it not. In fact, it's a good thing." - Wikipedia.