Sunday, May 5, 2019

Michigan Central's Sohl Avenue Bridge over Grand Calumet River in Hammond, IN

(Bridge Hunter; Historic Bridges; John Marvig; Satellite)

Pete Fileca commented on his post
Some comments on Pete's post taught me about this bridge: Steven Cobb mentioned its existence; Bob Lalich indicated it was a former Michigan Central bridge; and I indicated with this topo map  that it was a branch that went north from the MC mainline

Dennis DeBruler commented on Pete's post
Bob Lalich, thanks for the Michigan Central info. It looks like it is a branch that goes north of their mainline. But it is not clear where the branch went once it crossed the river. This image is a combination of the 1960 Calumet City and Lake Calumet 1:24,000 quadrangles. All three bridge reference sites --- Bridge Hunter, Historic Bridges and John Marvig --- indicate the railroad was Chicago, Cincinnati & Louisville Railway. But some research indicates that railroad is what C&O used to gain access to Chicago. The C&O shared the NKP bridge with Erie, which was further west of here. It is now a NS crossing, but today it is just a culvert with four big pipes, https://www.google.com/.../@41.6257646,-87.../data=!3m1!1e3
Pete Fileca Dennis DeBruler it supposedly branched into the ihb
Bob Lalich Dennis DeBruler - The MC was a financial backer of the East Chicago Belt RR and built the line which ran from Grasselli to State Line Tower along the north side of the Grand Calumet River. The ECB served the numerous industries that located along the north bank of the river during the industrial boom in the late 1800s. The MC connected to the ECB via the swing bridge next to Sohl Ave. The ECB was incorporated into the IHB in a reorganization in the early 20th century. Sometime afterward, the connection to the MC mainline near the Hammond Station was eliminated, but the bridge remained in use as a tail track to switch the industries in the immediate area.
Lawrence Smith r we talking about the Hammond Belt RR? https://books.google.com/books?id=kUTYBAAAQBAJ&pg=PA57...

Steven Cobb commented on Pete's post
Both Steven and Pete have added several more photos of the MC line as comments.

Tyler Haack posted
An abandoned railroad swing bridge, in Hammond, Indiana.
Bob Gyurko: It will not swing now as the rail to the north is solid. The bridge was manual operated. In the area in the center you will find a domed metal object about 1 foot in diameter with four square holes in the top. These were for handles that fit inside the holes to turn a shaft that that went down to a gear reduction system. This system rotated around a large bull gear around the center pier. Hence a SWING bridge. Armstrong powered!
Tim Shanahan shared

Tyler commented on his post
 Here’s a picture I took of its gears, a few years ago

Haley Nicole Kniola commented on Tyler's post
Went there last week [Oct 2023]


Map provided by Bob Lalich in a private communication
"The map is from the US Army Corp of Engineers dated 1887."

Mar 21, 2022, PM from Bob Lalich:
There is not much out there on the South Chicago & Indiana RR. I found a few Tribune articles which indicate it had ambitions to connect the developing industries around the Calumet River to the trunk lines, but it was never built as such. IC acquired a ROW that SC&I had graded, which became IC's South Chicago Branch. It seems that the MC somehow acquired the Indiana charter of the SC&I and used it to build the branch line to North Hammond and the swing bridge.

There are several comments and photos on his post. Of note:
Bob Lalich: The bridge was built by Michigan Central to connect to the East Chicago Belt, of which MC had controlling ownership. The ECB was later incorporated into IHB, and served numerous industries in North Hammond and East Chicago.


Saturday, May 4, 2019

I-280 over Mississippi River near Quad Cities

(Bridge Hunter; no Historic Bridges; John A. Weeks III; 3D Satellite)

The official name was assigned in 2008 as John F. Baker. Originally, the arches were painted yellow.[John Weeks III]

Planning for the bridge began in 1953, and it was finished in 1973. [Bridge Hunter]

John Weeks III
 
Jason Brown posted

Mike Ironman posted

Friday, May 3, 2019

1894+1934 Halsted Street Bridges over South Branch and National Grain Elevator

1894 Lift: (Bridge Hunter; Historic Bridges)
1934 Trunnion: (Bridge Hunter; see above Historic Bridges; 3D Satellite)

(Update: Waddell originally designed a lift bridge in 1892 for the Duluth Ship Canal. But the war department did not allow it to be built. So Waddell recycled his design for this location.)

I'm going to focus on the 1894 lift bridge because it was the first big lift bridge constructed in the world.
 
Association for Great Lakes Maritime History posted
An image from a glass negative of the freighter Conemaugh of Erie, Pa. passing under the Halstead Street lift bridge in Chicago, Ill. circa 1900-1920 (Image Source: Library of Congress – Detroit Publishing Co. Collection). Based on the vessel’s history, the photograph appears to have been taken circa 1909-1920.
In 1893, John A. L. Waddell designed, based on the designs of Squire Whipple, a lift bridge over the South Branch of the Chicago River at South Halsted Street. Plans were made to replace a damaged swing bridge at the site with another swing bridge but the “lake navigation interests” objected, arguing that the old bridge was “always a serious obstruction to navigation.” 
Their argument was heard by the U.S. Army Corps of Engineers which ruled that they “would not permit him (the Chicago Commissioner of Public Works) to build any structure which would narrow the water-way to such an extent as would a rotating draw span.” A bascule span was then considered along with Waddell’s plan for a vertical lift bridge was then considered.
Information Source and for more details on the opposition to Waddell’s plan:
[The description continues with a history of the Conemaugh.]
Fred Bultman: One of the last generation of modern steel 400 foot package freighters built on the lakes in the early 1900s. They all ended their service with Great Lakes Transit Corporation, and some were taken to salt water to serve during WW2.
Steve Vanden Bosch posted this photos and four other photos of the freighter.

Christine Prairie commented on MWRD's post

MWRD posted
A view of the South Branch of the Chicago River on July 9, 1900, showing workers on a canal boat and the north towers of the Halsted Street Vertical Lift Bridge in the background.
Dennis DeBruler: That 1894 bridge designed by Waddell was the first big lift bridge constructed in the world.
MWRD posted
MWRD posted
 
MWRD posted
A view to the west showing the South Branch of the Chicago River and the Halsted Street bridge in Chicago, Illinois, on June 12, 1900.
Dennis DeBruler shared
This 1894 bridge designed by Waddell was the first big lift bridge constructed in the world.
https://bridgehunter.com/il/cook/halsted-street-lift/
MWRD posted again

The 1934 trunnion bridge is another example of the many Chicago-style trunnion bridges that have been built in Chicago. However, this trunnion bridge is of note because it has three truss lines instead of just two so that it is wider than usual.
Street View

On June 21, 1892, the steamer Tioga allided with the Halsted Street Bridge. [Historic Bridges] The War Department specified a width for the navigation channel that precluded replacing the bridge with another swing bridge. This provided John Alexander Low Waddell an opportunity to use his lift bridge design because Chicago city engineers had not yet developed their trunnion bascule bridge design. [HeavyMovableStructures]

Waddell's design had a 130' span that could be lifted 155' clear of mean low water with 217' high towers from the water to the top of the housings. The tower holds "four built-up steel and cast-iron sheaves, 12 ft. in diameter, which turn on 12 in. axles. Over these sheaves pass the 1.5 in. steel-wire ropes (32 in all), which sustain the span. These ropes are double, i.e., two of them are brought together where the span is suspended, and the ends are fastened by clamps, while, where they attach to the counter weights, they form a loop, which passes around a 15-in. wheel or pulley that acts as an equalizer in case the two adjacent ropes tend to stretch unequally....The original design called for the use of two sixty-five horse-power electric motors, but the city of Chicago required a steam engine plant of one hundred and fifteen horse-power instead. The cost of this plant for both operation and maintenance was found to be excessive; and in 1907 electric motors were substituted for the steam engines. Operation by steam had required the services of three engine men, two signal men, four policemen, and one coal shoveler, ten men in all, their combined wages amounting to one thousand dollars per month; and in addition there were one hundred and seventy dollars per month expended for coal, as it was necessary to keep the boilers going at all times during the season of navigation. The cost of the electric power for intermittent service proved to be only one hundred and fifty dollars per month; and the services of only one tender were required, while two had been formerly needed with steam. The change resulted in a saving of over three thousand dollars per annum in the operating expenses. " [Bridge Engineering by J. A. L. Waddell, Digitized by Google, p718]

This photo also shows that some rather large boats traveled pretty far down the South Branch.
Public Domain, LoC via Bridge Hunter

Published prior to 1923 via Bridge Hunter

Bridge Engineering by J. A. L. Waddell, Digitized by Google, p722

Brad Small comment on Bridge Hunter

HeavyMovableStructures

HeavyMovableStructures
South Halsted Street Bridge Details including operator's house, rope adjusters, counterweight chains, ship impact protection features (Transactions of the American Society of Civil Engineers, January 1895)
Transactions of the American Society of Civil Engineers, Digitized by Google

HeavyMovableStructures

Transactions of the American Society of Civil Engineers, Digitized by Google

Zachary Taylor Davis - Chicago Architect posted three images with the comment:
Halsted Street Vertical Lift Bridge, 1894-1932. Swing bridges required a center pier, which made navigable passageways along rivers quite narrow. Engineers worked on new designs which would allow the use of the entire channel. The vertical lift bridge seen here was constructed in 1894 over the South Branch of the Chicago River at Halsted Street. Cables hung from each tower lifted the bridge above passing ships. The engineer of this bridge was a genius of movable bridges - John Alexander Low Waddell.
The first two are small because they already appear above.
1

2

3
Todd Protzman Davis shared Zachary's post.
Dave Jendras I don’t think that all swing bridges require a center pier as is stated in the original post. For example, both rail bridges to Goose Island do not.
David Daruszka commented on Todd's share
For some reason the Milwaukee Road had an affinity for "bob tail" swing bridges. This one was at Kinzie Street and originally carried the Chicago & Evanston line from Union Station.


David Daruszka commented on Todd's share
The BNSF/SantaFe bridge in Lemont is also a bobtail bridge.
https://www.google.com/.../@41.6793985,-88.../data=!3m1!1e3

David Daruszka posted
Found postcard. Halsted Street Lift Bridge. Replaced by a trunnion bascule lift bridge.
Dennis DeBruler: This 1894 bridge was the pioneer lift bridge in the world. Chicago didn't like it because it was too industrial looking. Thus it developed its trunnion bridge design. But railroads sure did like lift bridges.
https://industrialscenery.blogspot.com/.../halsted-street...
I never noticed the grain elevator in the background until I saw this image. I think it was the National Grain Elevator.

Index, cropped
Sanborn fire insurance map provided courtesy of the Map Library at the University of Illinois at Urbana-Champaign.

Sheet 19
Sanborn fire insurance map provided courtesy of the Map Library at the University of Illinois at Urbana-Champaign.

Sheet 24
Sanborn fire insurance map provided courtesy of the Map Library at the University of Illinois at Urbana-Champaign.

Sheet 24, cropped
Sanborn fire insurance map provided courtesy of the Map Library at the University of Illinois at Urbana-Champaign.


Wednesday, May 1, 2019

Mississippi Lock and Dam #5A at Minnesota City, MN

(John A. Weeks III; HAER; Satellite)

USACE-mission
- Constructed 1932, placed in operation in 1936. Last major rehabilitation 1989 through 2000.
- Dam consists of a concrete structure 682 feet long with five roller gates and five tainter gates. Earth embankment 22,000 feet long.
- Concrete overflow spillway 1,000 feet long.
USACE-content
A lift of 5.5'
This site is closed to the public.

The red line highlights the earthen embankment. 
Satellite plus Paint

The fixed spillway in the earthen dam.
Satellite

Screenshot, Flood of 2019
Bruce Larson Prairie Island Campground will be underwater for a while.
Wanda Blankenship is it ever going to go down? they are saying the river will not get back into its banks until late may. i live in cape girardeau, mo
Bruce Larson commented on his post

Sara Neave
John Weeks III

John Weeks III

John Weeks III

Update:
(new window)


In addition to providing two spare gates, the Rock Island District also loaned their Hercules 60' ringer platform barge that David Pickett caught going through L&D #18.
Two of the four photos posted by David Picket with the comment: "Corp of Engineers Rock Island district's rig @ lock and dam 18."
a

b
David Pickett posted three photos with the comment: "Corp of Engineers crane, The Hercules. We're eliminating lock gates."
Levi Kriete  350 tons over the stern at a 70’ radius.
1

2

3

HAER-grid, Part 1

HAER-grid, Part 2

The title used to say the dam was at Winona, MN, even though references put it at Minnesota City, MN, or Fountain City, MN. After discovering L&D #5, I now understand why they don't use Winona. Namely, there are two dams within a few miles of each other near Winona.


Angle Binnar shared USACE's post
We will have four temporary closure periods at Lock and Dam 5A near Fountain City, Wisconsin, from 7 a.m. to 7 p.m., July 19, 21, 26 and 28, to replace the lock chamber’s [90-year old] miter gates.
More: 
https://go.usa.gov/xJdJy
Sam Schropp: A really good view of the break on the outdraft.
Bob Reynolds: Sam Schropp , I thought the same thing when I looked at the picture.