The Railway Conquest of the WorldTalbot, Frederick Arthur Ambrose
History
The Railway Conquest of the World
Talbot, Frederick Arthur Ambrose
Railroad engineering -- History; Railroads -- History
Everything required in connection with the undertaking had to be
shipped from England; the country did not assist the builders one
little bit. Not an ounce of coal could be obtained locally, there was
no lime, and bricks could not be made to assist in the erection of the
piers. The country is even deficient in a good quality of stone suited
to building purposes, so masonry work was equally out of the question.
The only alternative was the utilisation of concrete. The Portland
cement for this purpose, by the time it gained Port Herald, cost
between five and six times the price for which it could be bought in
England--in other words, the expense of carriage was from four to five
times the value of the article. This applied to other material beyond
cement. In fact, the transportation to such a remote district was a
heavy item. The articles were dispatched to Beira, where they were
transhipped into coasting steamers, and five hours later were landed at
Chinde, where they were loaded upon the shallow-draught river boats and
conveyed to Port Herald.
[Illustration: THE IRON HORSE IN CENTRAL AFRICA
Arrival of the passenger train at Port Herald on the Nyasaland Railway.
Beira on the coast is reached from this point by steamer via the Shiré
and Zambesi rivers.]
The line follows a northerly course after leaving the southern
terminus, and roughly clings to the bank of the river so far as
Chiromo. Here it swings across the waterway over a bridge about 420
feet in length, to gain the valley of the Ruo River. This bridge is
the outstanding feature of the railway, on account of its interesting
lifting span, which is of novel and unusual design. When the railway
was plotted the Government stipulated that there should be no
interference with navigation on the river, although the waterway, as
a highway of traffic, has fallen practically into desuetude since the
railway was constructed. However, official requirements had to be met,
and these demanded an opening 100 feet wide, and giving a clearance of
30 feet in height at high water. The ordinary type of draw or swing
bridge, to satisfy this requisition, was quite out of the question,
because the need to open the bridge is very rarely experienced, and
when the demand does arise, the time occupied in the operation is of
minor importance. Heavy expenditure under this heading, therefore, was
not justifiable.
[Illustration: THE BASCULES BEING LOWERED BY CABLES AND WINCHES FROM
EITHER CLIFF-FACE]
[Illustration:
[_See page 302_
THE BASCULES LOWERED, SHOWING THE FRENCH ENGINEERS AT CENTRE MAKING THE
CONNECTION
ERECTING THE BASCULES FOR THE FAUX-NAMITI BRIDGE ON THE YUNNAN RAILWAY]
Public-domain text, read in full here on John Shaqi.
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