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Bordesley Station
Bordesley station was opened in 1855 on the GWR Birmingham
to Oxford line between Snow Hill and Acocks Green as Small Heath and Tyseley
were not opened until some time later. Bordesley station was unusual because it
was built entirely on a viaduct. Initially the station was a conventional two
platform station with a large goods shed and sidings. As part of the extensive
upgrade to the route in to Birmingham, which saw the construction of Moor
Street to handle local passenger services, Bordesley station was upgraded to a
two-island platform facility, with one island handling local passenger services
to and from Moor Street and the other handling traffic to and from Snow
Hill.
The station provided significant cattle facilities adjacent
to and on Duddeston Viaduct, the long abandoned aborted link to the London
& Birmingham Railway's Curzon Street station. Between Small Heath and
Bordesley was a significant goods yard facility. Whilst in the 1930s eleven or
twelve staff were employed at the station the loss of traffic in the 1960s saw
the station downgraded to provide a minimal level of passenger services mainly
concentrated on providing football fans access to Birmingham City's St Andrews
football ground.
Simon Richards wrote, 'I've read your pages on Bordesley
station with interest. The first time I remember using the station was in 1968
as an 8 year old. It was just before the current layout. This what I believe -
The entrance wasn't the current one it was to left (if facing towards Small
Heath}. You went in and turned right to get to the stairs. In front of you was
a ticket office - which even then had been closed. Soon after the entrance was
bricked up. At the bottom of the stairs you can see where the way to the ticket
office was.'
Extract from Great Western Magazine Vol. 51. No.11,
November 1939
Partial Reconstruction of Bordesley Viaduct
Effective Use of Pre-cast Reinforced Concrete Slabs by H. S. B. Whitley.
Bordesley Viaduct is situated on the London side of Snow
Hill tunnel and station and carries the railway over a low-lying part of
Birmingham, which has for many years been well covered with factories and house
property. The report of the Commissioners on the Railway into Birmingham was
presented in 1848, and this being ratified by an Act extending the broad gauge
from Oxford to Birmingham, the line was opened in 1852. It is not certain that
Brunel designed the Bordesley Viaduct, but whoever was responsible evolved a
design which is probably unique, although it has been found that under
present-day conditions parts of the structure have weakened and renewal work is
now being undertaken. The structure is 2,900 feet in length, with a maximum
height of 70 feet where it passes over the River Rea.
As originally designed it carried two lines of track, but
owing to the great increase in traffic to Birmingham and the North, it became
necessary to widen the structure to carry four running lines and one goods
loop. The viaduct is built entirely of brickwork and has 60 main arches of an
average span of 37 feet with a rise of 18 feet 6 inches. Instead of the voids
between them being entirely filled with excavated material, five subsidiary
segmental arches were constructed springing from small pier-walls, each having
circular openings 18 inches in diameter to enable inspections to be made. These
inspections are a very trying ordeal, especially for a tall or broad man. The
person carrying out the inspection has to be pushed at one end and pulled at
the other, and the work is made more difficult and unpleasant by the interior
being wet with slime. More-over, the space between the piers is only 4
foot.
It was these subsidiary arches that began to show weakness,
and it was decided to replace them with pre-cast reinforced concrete slabs. The
method being adopted is as follows:- Occupation of both up and down main lines
is obtained from midnight Saturday until the work is completed on Monday,
usually about 6 a.m., and during this period the traffic is worked over the
relief lines. To ascertain if the preliminary programme prepared could be
carried out within the times laid down, and also to check the estimated cost,
Arch No.29 was taken in hand and it was found that no alterations were
required. On average 135 men, divided into three shifts are employed during the
occupation, and they are provided with two 6-ton steam cranes and the necessary
number of trucks to hold temporarily the filling removed, some of which has to
be put back after the work of renewing the subsidiary arches has been
completed.
As soon as the filling has been removed, together with
brickwork in the arches, the tops of the piers are levelled and the
reinforcement concrete slabs set in position. As the dimensions vary, however,
each type of slab has to be numbered so that each will give the correct
bearing. The slabs used were made in the Companys Taunton concrete depot
and had loops cast in them to facilitate handling. Having completed the laying
of the slabs, the filling is reinstated, together with the ballast and
permanent way. Fifty arches are being dealt with as described, and the work on
forty-five has been completed; activities were suspended during the summer
months, but will proceed at a later date.
Robert Ferris
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