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The Commodore ...NYC leads the way in streamlining

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NDG
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Posted by NDG on Sunday, March 31, 2019 4:33 PM

 

This Item should go here, also.
 
CP 3002 @ MLW. Aug. 1936.
 
On ebay.
 
CP 3002.
 
 
 

Thank You.

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Posted by Overmod on Friday, March 8, 2019 10:49 AM

Overmod
I'm waiting for Mike to follow up on that Chapelon reference...

Got too interested to wait.

https://gallica.bnf.fr/ark:/12148/bpt6k6473180d/f38.image.r=Chapelon

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Posted by Jones1945 on Thursday, March 7, 2019 8:42 AM

Thank you so much for the link, Miningman and Mike, some interesting content starting from this page: 

https://archive.org/details/in.ernet.dli.2015.27528/page/n63

 

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Posted by Overmod on Thursday, March 7, 2019 6:32 AM

I'm waiting for Mike to follow up on that Chapelon reference...

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Posted by Miningman on Wednesday, March 6, 2019 6:58 PM

Fascinating -- From Mike!!.. of course

The co-inventors of the locomotive that became the 6400 are hardly known, but are relatively famous in aviation history. 

 
Canada, 1900 to 1920 
The contribution made by Canada began when aviation was in its infancy. W. Rupert Turnbull of Rothesay, New Brunswick, constructed the first Canadian wind tunnel in 1902 and in later years he made valued contributions to both aeronautical science and development. In 1907 Dr. Alexander Graham Bell's "Aerial Experiment Association" was formed of five members, including two Canadians, J. A. D. McCurdy and F. W. (Casey) Baldwin. This group designed and built a number of successful aircraft in one of which, Silver Dart, McCurdy made the first controlled flight in Canada on February 23, 1909. In August 1909, McCurdy and Baldwin made demonstration flights with the Silver Dart for the Department of Militia under most unfavourable conditions of terrain and wind at Petawawa, which led to destruction of the aircraft. The authorities remained unconvinced of the practical military value of aircraft and declined to give any assistance in furthering the development of aviation.
Less than a decade later, in December, 1916, Canadian Aeroplanes Ltd. was established in Toronto by the Imperial Munitions Board, to provide aircraft for the Royal Flying Corps training units in Canada. Some 2 900 Curtiss IN-4 (Jenny) aeroplanes were manufactured, 1 000 of which were diverted to the United States to offset their production slippages. Also, 30 twin-engined Felixstowe F3 and F5 flying boats (the largest type then in existence) were built in 1918 for the United States Naval Services. As World War I drew to its close, mass production of Avro 504 trainers was just beginning. As in a later conflict, Canada did an outstanding job in pilot training. The Royal Flying Corps units in Canada turned out 3470 trained pilots. To this number must be added nearly 700 pilots trained for the Royal Naval Air Service by the Curtiss Flying School established in Toronto by J. A. D. McCurdy in the spring of 1915. These pilots earned a great and lasting reputation for Canadian courage and ability in the air and proved later to be a priceless asset in the opening of the remote areas of Canada and in its exploration and survey by air.
In 1917 J. H. Parkin, who was on the engineering teaching staff of the University of Toronto, received authorization to create an aerodynamic research laboratory. Parkin had long been interested in aeronautics and had closely followed the published literature dealing with its scientific and engineering progress. He was familiar with both the theoretical and experimental work in France, Germany, the United Kingdom and the United States and was present when the famous French pilot Count Jacques de Lesseps made demonstration flights in Toronto with a Bleriot monoplane during July, 1910. Later, Parkin built an exceptionally fine scale model of this aircraft which won him a prize. One of the most important things he did was to plan and initiate the first undergraduate course in aeronautical engineering in Canada. Meanwhile, published papers on his aeronautical work attracted wide attention. In 1918 the University of Toronto constructed its first wind tunnel, followed in 1923 by a more efficient tunnel of the same size.
The Canadian government was quick to realize that aviation would have a special significance for this country and in June, 1919, it created the Air Board with broad powers to control all forms of aeronautics, and specifically to regulate civil aviation. During the war (late 1916), the Honorary Advisory Council for Scientific and Industrial Research (NRC)had also been created. Anticipating a requirement for aeronautical research, the newly established Air Board requested NRC to form an Associate Air Research Committee (later, the Associate Committee on Aeronautical Research) which was done in 1920. Later in that year a civilian engineer, E. W. Stedman, was appointed Director of the Technical Branch of the Air Board. Stedman had been a senior assistant in aeronautics at the National Physical Laboratory in 1914 and on the outbreak of war joined the Royal Naval Air Service. He was therefore quite familiar with the scientific strength underlying British aeronautics and his own wartime service was testimony to his belief in the military importance of aviation. He had a very great influence on aeronautical research and development in Canada over a period of about 30 years. The Air Board ceased to exist in January, 1923, when its functions were assumed by a new Department of National Defence. Stedman was one ofthe first to join the Royal Canadian Air Force when it came into existence in 1924 and he continued to provide the leadership and responsibility for technical matters.
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Posted by Miningman on Wednesday, March 6, 2019 7:51 AM
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Posted by rcdrye on Wednesday, March 6, 2019 7:26 AM

Most if not all of SP's GS and MT class 4-8-4 and 4-8-2 engines kept their "skyline casings" after some of the streamlining was removed in the 1950s.

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Posted by Jones1945 on Wednesday, March 6, 2019 5:32 AM

Thanks Mingingman and Mike,

At least Canada made streamlined steam engine kept their shrouding much longer than America's "Steam-Streamliner". Too bad that the industry needed a lot of pair of "wings" instead of a beautiful shrouding. Coffee

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Posted by CSSHEGEWISCH on Tuesday, March 5, 2019 10:08 AM

Long stacks improved drafting but clearances could make them impracticable.  Santa Fe's stack extenders were a solution to this problem.

The daily commute is part of everyday life but I get two rides a day out of it. Paul
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Posted by Miningman on Monday, March 4, 2019 2:04 PM

 

 

In the early 1930s, steam locomotives needed shorter smokestacks if they were to travel through the growing number of tunnels and under bridges that spanned tracks. But, when travelling at high speeds, smoke would billow into their cabs, clouding the engineers' view of the signals and tracks. Although visibility, and therefore safety, improved at slower speeds, passengers would then complain about delays.

This led Canadian National Railways to enlist NRC to solve the problem. Using its new wind tunnel, NRC tested the aerodynamics of models for existing locomotives and proposed alternate designs, including a sleeker, more streamlined design. One such design was put into production and unveiled in 1936 as the 6400.

The semi-streamlined design resolved the problems and its aerodynamics substantially improved the locomotive's efficiency. During the 1939 World's Fair in New York City, the 6400 gained instant fame. If imitation is a form of flattery, then locomotive manufacturers soon paid tribute globally. From the late 1930s to 1950s, locomotives sporting the 6400's likeness appeared on tracks worldwide. The 6400's silhouette also graced that era's countless travel posters.

 

https://www.nrc-cnrc.gc.ca/obj/gen/centennial-centenaire/index.html#9/z

 

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Posted by Miningman on Monday, March 4, 2019 11:08 AM
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Posted by Miningman on Monday, March 4, 2019 8:33 AM

Wind Tunnel developments of the 6400's

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Posted by daveklepper on Monday, March 4, 2019 4:07 AM

Still, Loewy had the greatest number of locomotives displaying his influence (but not really a basic design of his, remember "Rivets"):  the GG-1s.   More than possibly all streamlined stream locomitfves in total!

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Posted by Jones1945 on Monday, March 4, 2019 2:23 AM

 

 

No!No!NOO!

Take the Trail Blazer instead. CoffeeSmile, Wink & Grin

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Posted by Jones1945 on Monday, March 4, 2019 1:11 AM

Overmod

 

Jones1945
(Designer: I needed more space to add the "year 1936" you sweety pie)

No, that would be why he put six wheels under the firebox, something that I would have thought you, Jones1945, would have found particularly notable... perhaps it's that they're obviously not in a single truck, perhaps arranged like the trailer arrangement on Gresley's 'hush-hush' watertube locomotive of only slightly older vintage, on steroids. 

Oh dear Overmod, I am afraid you are a little bit over analyzing thing in this case. The designer probably thought that a streamlined 4-8-2 is as ugly as almighty whatever you don't want to think about, so he/she/it made it a 4-6-6. I really don't think it is related to the British style "trailing truck" with an extra axle. Or maybe if we have a chance to see the sample of the 4-8-2 batch, we might understand why the designer skipped one bigger driver under the skirtingCoffee 

 

Overmod

Mike points out that the Canadians reviewed the 'parabolic nose' version of the M10000 in some detail, here:

https://archive.org/details/transactionsofen17engi/page/32

Dave Klepper and others may enjoy the explicit connection of the car suspension to the PCC. 

 

I really don't like the reviewed version which they placed the rear end of the trainset to the front and called it a nose. The birdcage on the M-10000 nose should never be removed, if Mr. Young of C&O could place a fish tank on the premier train, why can't UP make a birdcage in front of the M-10000? Why not.
People shouldn't expect every streamlined object would look like a c
ucumber.Shy

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Posted by Overmod on Sunday, March 3, 2019 5:50 PM

Mike points out that the Canadians reviewed the 'parabolic nose' version of the M10000 in some detail, here:

https://archive.org/details/transactionsofen17engi/page/32

Dave Klepper and others may enjoy the explicit connection of the car suspension to the PCC.

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Posted by BaltACD on Sunday, March 3, 2019 5:33 PM

Never too old to have a happy childhood!

              

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Posted by Miningman on Sunday, March 3, 2019 5:25 PM
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Posted by Miningman on Sunday, March 3, 2019 3:58 PM

The Rexall locomotive was a Mohawk 4-8-2 was it not? I don't know what a 4-6-6 is but I do know artists and bling companies take extreme liberties with these kind of things. You see it all the time. 

Over the years ( and years) friends, acquaintances and family members have bought 'choo-choo' stuff for me that they picked here here and there for Christmas and birthdays and almost all of it is really bad functionally impossible creations. Of course I have to be grateful for all this stuff, their intentions are good.

I'm certain most of us have run into this same thing.

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Posted by Overmod on Sunday, March 3, 2019 3:53 PM

As a potentially interesting aside, NACA already had available to it in the late '20s (i.e. several years before the NRC testing) a wind-tunnel facility with a 20' throat capable of taking sustained measurements at 100mph.  For this they used a pair of surplus 1000hp submarine diesel engines, which were apparently quite something to fire up and operate.

Mention in the Canadian tech article (on the 6400s) of the Townend ring reminded me of this facility, as the author conveniently forgot, or ignored, the NACA cowling that actually predates the Townend ring as well as being aerodynamically superior at higher airspeed. 

I also distinctly remember wind-tunnel models of the train that became M10000 while it still had its TurboTrain-like parabolic nose (which I consider far superior in all respects but cooling to the wormlike 'face' that was ultimately foisted on that trainset).  Unless I'm sadly mistaken, aerodynamic testing on ideal streamlining for trains was conducted comparatively early (some of the work arriving at the conclusion that McKeen-style streamlining was exactly backward, with the cylindrical curve better at the front and the extended 'teardrop' at the rear; the Kamm-chop effect regrettably in the future). 

What this leads up to is that statement in the museum notes that

Big American railways copied the design, though NRC was not able to fight them in patent infringement lawsuits.

I for one would be highly interested to see exactly which of these 'copied' designs were actually disputed; I have a very strong suspicion from nothing more than details in Garth Wilson's article and the actual claims in the patent that neither Kantola's Commodore Vanderbilt nor the Mercury locomotives would have been subject to actual patent priority, and I'd have my doubts about either the Aeolus (aka Big Alice the Goon) locomotives on CB&Q or the 1938 C&NW E-4s using the design for 'smoke lifting' ... or particularly drag-reducing ... purposes.

I also chuckled more than a bit at the claim that

Inevitably, Canada's other rail company, Canadian Pacific Railway, built trains in the same style.

Even if you accept the somewhat laughable claim that the 6400s were 'semi-streamlined' by usual contemporary standards, you'd have to be awfully naive to confuse the approach with CP's implementation of unambiguous semi-streamlining.  (Even if you are a Design History Society pedant with little formal railfan experience or interest).

The interesting thing here is that the Canadians very early recognized the key aspect of smoke-lifting, which is airflow over the top and to the rear of the boiler itself, not just upward flow ahead of and around the stack plume.  Why they thought that this would produce permanent flow separation of the lifted gas plume during relatively slow station approach is still something of a mystery to me.

On the other hand, as an iconic Canadian locomotive, the thing has little competition (the best, ironically, being the far more aesthetically styled Grand Trunk U4bs) and I can easily forgive them producing lovely colored pictures of 6400 in the Rockies, a thousand miles or more from anywhere it actually ran.

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Posted by Overmod on Sunday, March 3, 2019 3:28 PM

Jones1945
(Designer: I needed more space to add the "year 1936" you @$$%#)

No, that would be why he put six wheels under the firebox, something that I would have thought you, Jones1945, would have found particularly notable... perhaps it's that they're obviously not in a single truck, perhaps arranged like the trailer arrangement on Gresley's 'hush-hush' watertube locomotive of only slightly older vintage, on steroids.

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Posted by Jones1945 on Sunday, March 3, 2019 11:22 AM

I love how they listed the size of firebox and boiler so that I can do some mental arithmetic when reading it. 

By the way, this is a message from Jim Arc:

"Case Institute of Technology in Cleveland, Ohio merged with Western Reserve College (the campuses were side by side, and some classes already shared) in 1969. It is now known as CWRU - Case Western Reserve University."

"Invented and designed by Carl F. Kantola and developed by the Case Institute of Technology

Locomotive #5344 was named the “Commodore Vanderbilt” and was first exhibited at Grand Central Station and then it began an exhibition tour of major cities on the NYC system. "

Coffee

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Posted by Miningman on Sunday, March 3, 2019 9:26 AM

From Mike .

Notable that both the Northern and the Jubilee were in regular service right up to the end in 59/60 . 6400 is preserved as are 4,examples of Jubilees but none of the original 3000's which were the 'real ones'.

NDG
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Posted by NDG on Sunday, March 3, 2019 1:50 AM

 

CP 3000.
 
Toronto, August 1951.
 
From ebay.
 
 
Thank You.
 
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Posted by Miningman on Sunday, March 3, 2019 1:07 AM

Streamlined Northern CNR 6400

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Posted by Jones1945 on Friday, March 1, 2019 10:36 PM

Penny Trains

I've never seen the low speed wind tunnel at Case Western Reserve University but I have been inside the one at Glenn Research Center:

I am so inspired by some pictures of the wind tunnel in the Glenn Research Center!... My next art exhibition at the British Consulate General Hong Kong should be something like this:

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Posted by Jones1945 on Friday, March 1, 2019 10:24 PM

Overmod

Explain THESE ... if you can!

"...Enameled ID badges for conventioneers. The locomotive motif was strangely patterned after New York Central's Commodore Vanderbilt with three large driving wheels on a side, rather than the Rexall Train locomotive which had four drivers on a side.( Designer: I needed more space to add the "year 1936" you          )"

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Posted by Penny Trains on Friday, March 1, 2019 6:26 PM

Overmod
Who (Penny, perhaps?) knows this part of the story?

I've never seen the low speed wind tunnel at Case Western Reserve University but I have been inside the one at Glenn Research Center:

Trains, trains, wonderful trains.  The more you get, the more you toot!  Big Smile

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