The Life of Thomas Telford, Civil Engineer: With an Introductory History of Roads and Travelling in Great BritainSmiles, Samuel
History
The Life of Thomas Telford, Civil Engineer: With an Introductory History of Roads and Travelling in Great Britain
Smiles, Samuel
Civil engineers -- Great Britain -- Biography; Roads -- Great Britain; Telford, Thomas, 1757-1834
together for their whole length, secured by bucklings, and braced
round with iron wire; while the ends of these great chains were to
be secured by a mass of masonry built over stone arches between
each end of the supporting piers and the adjoining shore. Four of
the arches were to be on the Anglesea, and three on the
Caernarvonshire side, each of them of 52 feet 6 inches span.
The roadway was to be divided, as in the Runcorn design with a
carriage way 12 feet wide on each side, and a footpath of 4 feet in
the middle. Mr. Telford's plan was supported by Mr. Rennie and other
engineers of eminence; and the Select Committee of the House of Commons,
being satisfied as to its practicability, recommended Parliament to
pass a Bill and to make a grant of money to enable the work to be
carried into effect.
[Image] Outline of Menai Bridge
The necessary Act passed in the session of 1819, and Mr. Telford
immediately proceeded to Bangor to make preparations for beginning
the works. The first proceeding was to blast off the inequalities
of the surface of the rock called Ynys-y-moch, situated on the
western or Holyhead side of the Strait, at that time accessible
only at low water. The object was to form an even surface upon it
for the foundation of the west main pier. It used to be at this
point, where the Strait was narrowest, that horned cattle were
driven down, preparatory to swimming them across the channel to the
Caernarvon side, when the tide was weak and at its lowest ebb. The
cattle were, nevertheless, often carried away, the current being
too strong for the animals to contend against it.
At the same time, a landing-quay was erected on Ynys-y-moch, which
was connected with the shore by an embankment carrying lines of
railway. Along these, horses drew the sledges laden with stone
required for the work; the material being brought in barges from
the quarries opened at Penmon Point, on the north-eastern extremity
of the Isle of Anglesea, a little to the westward of the northern
opening of the Strait. When the surface of the rock had been
levelled and the causeway completed, the first stone of the main
pier was laid by Mr. W.A. Provis, the resident engineer, on the
10th of August, 1819; but not the slightest ceremony was observed
on the occasion.
Later in the autumn, preparations were made for proceeding with the
foundations of the eastern main pier on the Bangor side of the
Strait. After excavating the beach to a depth of 7 feet, a solid
mass of rock was reached, which served the purpose of an immoveable
foundation for the pier. At the same, time workshops were erected;
builders, artisans, and labourers were brought together from
distant quarters; vessels and barges were purchased or built for
the special purpose of the work; a quay was constructed at Penmon
Point for loading the stones for the piers; and all the requisite
preliminary arrangements were made for proceeding with the building
operations in the ensuing spring.
Public-domain text, read in full here on John Shaqi.
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