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Dennis Donovan

(18,770 posts)
Fri Nov 1, 2019, 09:41 AM Nov 2019

101 Years Ago Today; The Malbone Street rapid transit wreck in Brooklyn kills 93

https://en.wikipedia.org/wiki/Malbone_Street_Wreck



The Malbone Street Wreck, also known as the Brighton Beach Line accident, was a rapid transit railroad accident that occurred November 1, 1918, on the Brighton Beach Line beneath the intersection of Flatbush Avenue, Ocean Avenue, and Malbone Street (now known as Empire Boulevard), in the community of Flatbush, Brooklyn. At least 93 people died, making it one of the deadliest train crashes in the history of the United States,[1] as well as the deadliest in the history of the New York City Subway.

Summary


Malbone Street wrecked car with wood splinters and glass shards

The wreck occurred the evening of November 1, 1918, at 6:42 p.m., during the last days of World War I. An elevated train, consisting of five cars constructed primarily of wood, entered the tunnel portal beneath Malbone Street going toward the Prospect Park station, negotiating a curve designated to be taken at 6 miles per hour (10 km/h) at a speed estimated at between 30 and 40 mph (48 and 64 km/h). The trailing truck of the first car derailed, and the two following cars completely left the tracks, tearing off their left-hand sides and most of their roofs. The first and fourth cars sustained relatively minor damage, while the second and third cars were severely damaged. The fifth suffered no damage at all. The motorman was not injured and left the scene of the accident.

Causes
The Malbone Street Wreck was the result of a series of individual circumstances, as follows:

Brotherhood of Locomotive Engineers strike
The Brotherhood of Locomotive Engineers, representing some of the motormen operating elevated trains of the BRT, went on strike from the company on the morning of November 1 over issues involving union organization and the discharge from employment of 29 of its members. This created a shortage of motormen to operate the system. Hours later, the strike was discontinued because of the crash.

Motorman's lack of experience
The motorman for the accident was 25-year-old Antonio Edward Luciano, a crew dispatcher who was pressed into service during the strike emergency. He had never operated an elevated train in passenger service before. He was not familiar with the Brighton Beach Line, and his only experience moving trains was parking non-revenue trains in a train yard a year earlier. Luciano had received less than three hours of classroom instruction in being a motorman; the norm was no fewer than 90 hours of instruction and hands-on training.

In addition to his inexperience, Luciano was mourning the death of his daughter, who had been a victim of the Spanish flu epidemic and whose funeral had been three days prior, and was himself recovering from a bout of the flu.

Tunnel layout
The single-track tunnel in which the wreck occurred had been opened only weeks prior to the accident. It consisted of a sharp reverse curve designed to take Coney Island-bound trains of the Brighton Beach Line around a new mainline, which was under construction. Previously, trains entered Prospect Park through an older tunnel, which provided a straighter, more direct route. Trains going northbound continued to come straight out of Prospect Park and used the original track that led onto the BMT Franklin Avenue Line via a straight tunnel, still in use.

Train coupling
The train consisted of three motor cars and two trailer cars. The motor cars were about twice as heavy as the trailer cars, and the trailers were significantly more top-heavy, especially with a passenger load. Standard procedure was to avoid coupling two trailer cars together by having a single trailer between two motor cars. The heavier motor cars provided stability for the lighter trailers. In the Malbone Street Wreck train, two trailers were coupled together, and it was these two cars, in order numbers 80 and 100, that sustained the bulk of the damage, both to the cars and to the passengers.

Train speed
The train was operating at a speed of at least 30 mph (48 km/h) when it derailed. The accident occurred within the reverse curve, which had a speed limit of 6 mph (10 km/h). The motorman stated during his interview that he had attempted to slow the train, but the subsequent investigation of the wreck indicated that no attempt to engage the emergency brake had been made and that he had not attempted to reverse the train's motors. Witnesses interviewed by The New York Times also stated that the train had not slowed approaching or in the S-curve until the cars left the tracks. In the minutes leading up to the wreck, the motorman had difficulty timing the train's progress, overshooting multiple stations. Bypassing the Consumers Park station meant Luciano wouldn't apply the brakes as the train descended a 70-foot incline from Crown Heights to the tunnel near the Willink Entrance to Prospect Park.

The wreck
The back wheels of the first car derailed, causing the second and third cars of the train to crash against the tunnel wall. Passengers were imprisoned "in a darkened jungle of steel dust and wood splinters, glass shards and iron beams projecting like bayonets."

It took 45 minutes for all rescuers to descend to the site of the accident. The nearest hospital was at capacity with flu patients, and a makeshift infirmary was set up at Ebbets Field.

One surviving passenger, a lawyer named Charles Darling, became so concerned about the train's speed that he fell to the floor and braced himself moments before the crash. Darling later confronted Luciano and asked the motorman what had gone wrong. "I don't know," Luciano told Darling. "I lost control of the damn thing. That's all."

Culpability
The BRT tried to keep service running with non-striking personnel, which included men in other unions, including the company union as well as other personnel, and made the decision to use Luciano, a crew dispatcher. He was switched onto the wrong line at the junction prior to the final approach to the tunnel, but that was attributed to his train lacking proper signals to inform the switch tower operator which route the train was to take. Luciano had to reverse his train in order to take the proper route, but this was done according to procedure and without incident.

New York City Mayor John F. Hylan and his administration placed blame on the BRT, bringing both Luciano and company officials to trial for manslaughter. With a change of venue, the trial was held in Nassau County, New York.

The prosecutorial focus required the BRT to present a coherent defense on behalf of both its officials and Luciano. Because of this, neither the proximate cause of the wreck nor the excessive speed of the train was adequately explained. Luciano testified on his own behalf, contending that he was in control of the train but that the train did not respond properly. This opposed the BRT's own physical examination of the equipment, which showed that the brakes were in good operating order, were not placed in "emergency" application, and that other means of slowing or stopping the train, such as reversing the motors, had not been attempted. Since his defense focused on these contentions, other issues that could have caused him to operate the train at speed were not examined, such as his state of mind (he was suffering from insomnia after losing a child to Spanish influenza and was working a double shift), a desire to make up time because of the earlier switching problems, or his unfamiliarity of the route on which he was operating.

Ultimately, all of the defendants were acquitted or had the indictments dropped. One official received a hung jury and was not retried. Brooklyn-Manhattan Transit Co., the successor company after BRT went into receivership, paid out $1.6 million in claims in 1923. The highest settlement was $40,000, equivalent to $650,000 in 2018, which went to the widow of Floyd G. Ten Broeck, a 47-year-old engineer who designed and built power plants and paper mills.

Aftermath
The accident placed more pressure on the BRT to remove wooden equipment from routes that operated through tunnel sections or in subways, though this use was already limited. Wooden cars returned to use in the tunnel for another nine years, and cars of partial wooden construction remained in elevated service until 1969.

Additional safety devices were added to the subway and elevated system over the years, including speedometers, headlights, more effective dead-man's controls to halt runaway trains, and signalling and automatic trackside devices called trippers or train stops to reduce the likelihood of trains operating too fast for conditions.

The three motorized cars involved in the wreck—lead car 726, fourth car 725, and final car 1064—were repaired and returned to service. The severely damaged trailers, 100 and 80, were scrapped; car 80 was cut up on-site during the wreck cleanup.

Luciano adopted the name Anthony Lewis and became a house builder in Queens Village, Queens. He retired in Tucson, Arizona, where he died in 1985 at the age of 91.

In the wake of the tragedy, the majority of Malbone Street was renamed Empire Boulevard, a name it still bears. A detached one-block section of the street in Crown Heights, Brooklyn still bears the original "Malbone Street" name. The Malbone Street tunnel in which the wreck occurred continued in daily passenger operation for 40 years, although it was no longer part of the main line after 1920. The tunnel today is part of the Franklin Avenue Shuttle, but is not used in passenger service.

In 1974, another accident at the same site, involving a split switch rather than an over-speeding condition, occurred when a slow-speed train of R32 subway cars derailed and hit the wall. There were no injuries, but a damaged car was scrapped.

</snip>


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101 Years Ago Today; The Malbone Street rapid transit wreck in Brooklyn kills 93 (Original Post) Dennis Donovan Nov 2019 OP
Wooden cars, broken windows mahatmakanejeeves Nov 2019 #1
You should apply for a job at Corning Glass! Dennis Donovan Nov 2019 #2
That reminds me of a story. It's much too long to tell now. mahatmakanejeeves Nov 2019 #3
Good investment - always gonna need glass! Dennis Donovan Nov 2019 #4
That's what I thought, but.... mahatmakanejeeves Nov 2019 #5

mahatmakanejeeves

(57,459 posts)
1. Wooden cars, broken windows
Fri Nov 1, 2019, 11:10 AM
Nov 2019
Safety glass takes many forms. The two forms most familiar with passengers in automobiles or transit applications are toughened glass and laminated glass. From the photographs, it appears that neither was in use here.

If you've ever seen granular chunks of glass lying in the street following a smash and grab, you've seen broken tempered glass. You don't want a windshield to break like that. They're made of laminated glass. They can crack, but you still get to see through them.

Safety glass

Toughened glass
Main article: Toughened glass



Broken tempered glass showing the shape of the granular chunks

Toughened glass is processed by controlled thermal or chemical treatments to increase its strength compared with normal glass. Tempering, by design, creates balanced internal stresses which causes the glass sheet, when broken, to crumble into small granular chunks of similar size and shape instead of splintering into random, jagged shards. The granular chunks are less likely to cause injury.

As a result of its safety and strength, tempered glass is used in a variety of demanding applications, including passenger vehicle windows, shower doors, architectural glass doors and tables, refrigerator trays, as a component of bulletproof glass, for diving masks, and various types of plates and cookware. In the United States, since 1977 Federal law has required safety glass located within doors and tub and shower enclosures.

Laminated glass
Main article: Laminated glass



Broken laminated safety glass, with the interlayer exposed at the top of the picture

Laminated glass is composed layers of glass and plastic held together by an interlayer. When laminated glass is broken, it is held in place by an interlayer, typically of polyvinyl butyral (PVB), between its two or more layers of glass, which crumble into small pieces. The interlayer keeps the layers of glass bonded even when broken, and its toughening prevents the glass from breaking up into large sharp pieces. This produces a characteristic "spider web" cracking pattern (radial and concentric cracks) when the impact is not enough to completely pierce the glass.

Laminated glass is normally used when there is a possibility of human impact or where the glass could fall if shattered. Skylight glazing and automobile windshields typically use laminated glass. In geographical areas requiring hurricane-resistant construction, laminated glass is often used in exterior storefronts, curtain walls and windows. The PVB interlayer also gives the glass a much higher sound insulation rating, due to the damping effect, and also blocks most of the incoming UV radiation (88% in window glass and 97.4% in windscreen glass).
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