|Born||9 August 1805
Attercliffe, Sheffield, Yorkshire
|Died||18 September 1860(aged 55)|
|Engineering discipline||civil engineer|
Joseph Locke (9 August 1805 – 18 September 1860) was a notable English civil engineer of the 19th century, particularly associated with railway projects. Locke ranked alongside Robert Stephenson and Isambard Kingdom Brunel as one of the major pioneers of railway development.
- 1 Early life and career
- 2 Liverpool and Manchester Railway
- 3 Grand Junction Railway
- 4 Marriage
- 5 Lancaster and Carlisle Railway
- 6 Manchester and Sheffield Railway
- 7 Subsequent commissions
- 8 Relationship with Robert Stephenson
- 9 Later life and legacy
- 10 See also
- 11 References
- 12 External links
Early life and career
Locke was born in Attercliffe, Sheffield in Yorkshire, moving to nearby Barnsley when he was five. By the age of 17, Joseph had already served an apprenticeship under William Stobart at Pelaw, on the south bank of the Tyne, and under his own father, William. He was an experienced mining engineer, able to survey, sink shafts, to construct railways, tunnels and stationary engines. Joseph’s father had been a manager at Wallbottle colliery on Tyneside when George Stephenson was a fireman there. In 1823, when Joseph was 17, Stephenson was involved with planning the Stockton and Darlington Railway. He and his son Robert Stephenson visited William Locke and his son at Barnsley and it was arranged that Joseph would go to work for the Stephensons. The Stephensons established a locomotive works near Forth Street, Newcastle upon Tyne, to manufacture locomotives for the new railway. Joseph Locke, despite his youth, soon established a position of authority. He and Robert Stephenson became close friends, but their friendship was interrupted, in 1824, by Robert leaving to work in Peru for three years.
Liverpool and Manchester Railway
George Stephenson carried out the original survey of the line of the Liverpool and Manchester Railway, but this was found to be flawed, and the line was re-surveyed by a talented young engineer, Charles Vignoles. Joseph Locke was asked by the directors to carry out another survey of the proposed tunnel works and produce a report. The report was highly critical of the work already done, which reflected badly on Stephenson. Stephenson was furious and henceforth relations between the two men were strained, although Locke continued to be employed by Stephenson, probably because the latter recognised his worth. Despite the many criticisms of Stephenson’s work, when the bill for the new line was finally passed, in 1826, Stephenson was appointed as engineer and he appointed Joseph Locke as his assistant to work alongside Vignoles, who was the other assistant. However, a clash of personalities between Stephenson and Vignoles led to the latter resigning, leaving Locke as the sole assistant engineer. Locke took over responsibility for the western half of the line. One of the major obstacles to be overcome was Chat Moss, a large bog that had to be crossed. Although, Stephenson usually gets the credit for this feat, it is believed that it was Locke who suggested the correct method for crossing the bog.
Whilst the line was being built, the directors were trying to decide whether to use standing engines or locomotives to propel the trains. Robert Stephenson and Joseph Locke were convinced that locomotives were vastly superior, and in March 1829 the two men wrote a report demonstrating the superiority of locomotives when used on a busy railway. The report led to the decision by the directors to hold an open trial to find the best locomotive. This was the Rainhill Trials, which were run in October 1829, and were won by “Rocket”.
When the line was finally opened in 1830, it was planned for a procession of eight trains to travel from Liverpool to Manchester and back. George Stephenson drove the leading locomotive “Northumbrian” and Joseph Locke drove “Rocket”. The day was marred by the death of William Huskisson, the Member of Parliament for Liverpool, who was struck and killed by “Rocket”.
Grand Junction Railway
In 1829 Locke was George Stephenson’s assistant, given the job of surveying the route for the Grand Junction Railway. This new railway was to join Newton-le-Willows on the Liverpool and Manchester Railway with Warrington and then on to Birmingham via Crewe, Stafford and Wolverhampton, a total of 80 miles. During the construction of the Liverpool and Manchester Railway, Stephenson had shown a lack of ability in organising major civil engineering projects. On the other hand Locke’s ability to manage complex projects was well known. The directors of the new railway decided on a compromise whereby Locke was made responsible for the northern half of the line and Stephenson was made responsible for the southern half. However Stephenson’s administrative inefficiency soon became apparent, whereas Locke estimated the costs for his section of the line so meticulously and speedily, that he had all of the contracts signed for his section of the line before a single one had been signed for Stephenson's section. The railway company lost patience with Stephenson, but tried to compromise by making both men joint-engineers. Stephenson's pride would not let him accept this, and so he resigned from the project. By autumn of 1835 Locke had become chief engineer for the whole of the line. This caused a rift between the two men, and strained relations between Locke and Robert Stephenson. Up to this point, Locke had always been under George Stephenson’s shadow. From then on, he would be his own man, and stand or fall by his own achievements.
The line was opened on 4 July 1837.
Locke’s route avoided as far as possible major civil engineering works. The main one was the Dutton Viaduct which crosses the River Weaver and the Weaver Navigation between the villages of Dutton and Acton Bridge in Cheshire. The viaduct consists of 20 arches with spans of 20 yards.
An important feature of the new railway was the use of double-headed (dumb-bell) wrought-iron rail supported on timber sleepers at 2 ft 6 in intervals. It was intended that when the rails became worn they could be turned over to use the other surface, but in practice it was found that the chairs into which the rails were keyed caused wear to the bottom surface so that it became uneven. However this was still an improvement on the fish-bellied, wrought-iron rails still being used by Robert Stephenson on the London and Birmingham Railway.
Locke was more careful than Stephenson to get value for his employers' money. For the Penkridge Viaduct Stephenson had obtained a tender of £26,000. After Locke took over, he gave the potential contractor better information and agreed a price of only £6,000. Locke also tried to avoid tunnels because in those days tunnels often took longer and cost more than planned. The Stephensons regarded 1 in 330 as the maximum slope that an engine could manage and Robert Stephenson achieved this on the London and Birmingham Railway by using seven tunnels which added both cost and delay. Locke avoided tunnels almost completely on the Grand Junction but exceeded the slope limit for six miles south of Crewe.
Proof of Locke's ability to estimate costs accurately is given by the fact that the construction of the Grand Junction line cost £18,846 per mile as against Locke's estimate of £17,000. This is amazingly accurate compared with the estimated costs for the London and Birmingham Railway (Robert Stephenson) and the Great Western Railway (Brunel).
Locke also divided the project into a few large sections rather than many small ones. This allowed him to work closely with his contractors to develop the best methods, overcome problems and personally gain practical experience of the building process and of the contractors themselves. He used the contractors who worked well with him, especially Thomas Brassey and William Mackenzie, on many other projects. Everyone gained from this cooperative approach whereas Brunel's more adversarial approach eventually made it hard for him to get anyone to work for him.
In 1834 Locke married Phoebe McCreery, with whom he adopted a child. He was elected to the Royal Society in 1838.
Lancaster and Carlisle Railway
A significant difference between the surveying methods of George Stephenson and Joseph Locke was that, because Stephenson had started his career at a time when locomotives had little power to overcome excessive gradients, he avoided such gradients at all costs, often adding many miles to the line of the route, whereas Locke had more confidence in the ability of modern locomotives to climb these gradients. An example of this was the Lancaster and Carlisle Railway, which had to cope with the barrier of the Lake District mountains. In 1839 Stephenson proposed a circuitous route that avoided the Lake District by going all the way round Morecambe Bay and West Cumberland, claiming: 'This is the only practicable line from Liverpool to Carlisle. The making of a railway across Shap Fell is out of the question.' The directors rejected his route and chose the one proposed by Joseph Locke, one that used steep gradients and passed over Shap Fell. The line was completed by Locke and was a success.
The difference of opinion between Locke and George Stephenson over the choice of route for the Lancaster and Carlisle Railway illustrates a difference in philosophy between the two men regarding the way to build a railway. Both George and Robert Stephenson were prepared to go to great lengths to avoid steep gradients that would tax the locomotives of the day, even if this meant choosing a circuitous route that added on extra miles. Locke, on the other hand, believed that they underestimated the power of the latest locomotives and that the shortest practicable route should be chosen, even if it involved some steep gradients. His reasoning was that by avoiding long routes and tunneling, the line could be finished more quickly, with less capital costs, and could start earning revenue sooner. This became known as the 'up and over' school of engineering. Locke took a similar approach in planning the Caledonian Railway, from Carlisle to Glasgow. In both railways he introduced gradients of 1 in 75, which severely taxed fully laden locomotives. Even as more powerful locomotives were introduced, the trains that they pulled became heavier. It may therefore be the case that Locke, although his arguments carried the day, was not entirely right in his reasoning.
Manchester and Sheffield Railway
Locke was subsequently appointed to build a railway line from Manchester to Sheffield, replacing Charles Vignoles as chief engineer, after the latter had been beset by misfortunes and financial difficulties. The project included the three-mile Woodhead Tunnel, and the line opened, after many delays, on 23 December 1845. The building of the line required over a thousand navvies and cost the lives of thirty-two of them, seriously injuring 140 others. The Woodhead Tunnel was such a difficult undertaking that George Stephenson claimed that it could not be done, declaring that he would eat the first locomotive that got through the tunnel. It was estimated that the mortality amongst the navvies at the Woodhead Tunnel was just over 3 per cent, whereas the mortality amongst soldiers at the Battle of Waterloo was only 2.11 per cent.
In the south, he worked on the London and Southampton Railway, later called the London and South Western Railway, designing, among other structures, Richmond Railway Bridge (1848, since replaced), and Barnes Bridge (1849), both across the River Thames, tunnels at Micheldever, and the 12-arch Quay Street viaduct and the 16-arch Cams Hill viaduct, both in Fareham (1848).
He was actively involved in planning and building many railways in Europe, including the Le Havre, Rouen, Paris rail link, the Barcelona to Mataró line and the Dutch Rhenish Railway. He was present in Paris when the Versailles train crash occurred in 1842, and produced a statement concerning the facts for General Charles Pasley of the Railway Inspectorate. He also experienced a catastrophic failure of one of his viaducts built on the new Paris-Le Havre link. . The viaduct was of stone and brick at Barentin near Rouen, and was the longest and highest on the line. It was 108 feet high, and consisted of 27 arches, each 50 feet wide, with a total length of over 1600 feet. A boy hauling ballast for the line up an adjoining hillside early that morning (about 6.00 am) saw one arch (the fifth on the Rouen side) collapse, and the rest followed suit. Fortunately, no one was killed, although several workmen were injured in a mill below the structure. Locke attributed the catastrophic failure to frost action on the new lime cement, and premature off-centre loading of the viaduct with ballast. It was rebuilt at Thomas Brassey’s cost, and survives to the present. Having pioneered many new lines in France, Locke also helped establish the first locomotive works in the country.
Distinctive features of Locke’s railway works were economy, the use of masonry bridges wherever possible and the absence of tunnels. An illustration of this is that there is no tunnel between Birmingham and Glasgow.
Relationship with Robert Stephenson
Locke and Robert Stephenson had been good friends at the beginning of their careers, but their friendship had been marred by Locke’s falling out with Robert’s father. It seems that Robert felt loyalty to his father required that he should take his side. It is significant that after the death of George Stephenson in August 1848, the friendship of the two men was revived. When Robert Stephenson died in October 1859, Joseph Locke was a pallbearer at his funeral. Locke is reported to have referred to Robert as 'the friend of my youth, the companion of my ripening years, and a competitor in the race of life'. Locke was also on friendly terms with his other engineering rival, Isambard Kingdom Brunel.
In 1845, Locke and Stephenson were both called to give evidence before two committees. In April a House of Commons Select Committee was investigating the atmospheric railway system proposed by Brunel. Brunel and Vignoles spoke in support of the system, whilst Locke and Stephenson spoke against it. The latter two were to be proved right in the long run. In August the two gave evidence before the Gauge Commissioners who were trying to arrive at a standard gauge for the whole country. Brunel spoke in favour of the 7 ft gauge he was using on the Great Western Railway. Locke and Stephenson spoke in favour of the 4 ft 8½in gauge that they had used on several lines. The latter two won the day and their gauge was adopted as the standard.
Later life and legacy
Locke died in 1860, apparently from appendicitis, whilst on a shooting holiday. He is buried in London's Kensal Green Cemetery.
Locke's greatest legacy is the modern day West Coast Main Line (WCML), which was formed by the joining of the Caledonian, Lancaster & Carlisle, Grand Junction railways to Robert Stephenson's London & Birmingham Railway. As a result, around three quarters of the WCML's route was planned and engineered by Locke.
- Haworth, Victoria (2004). Robert Stephenson: Engineer and Scientist. The Rocket Press. ISBN 0-9535162-1-0.
- Rolt, L.T.C., “Great Engineers”, 1962, G. Bell and Sons Ltd, ISBN
- Davies, Hunter (1975). George Stephenson. Weidenfeld and Nicolson. ISBN 0-297-76934-0.
- Martin Barnes (2011), Joseph Locke pioneer engineering project manager, Journal of the Railway and Canal Historical Society, No. 211. pp 2-10
- Beckett, Derrick (1984). Stephensons’ Britain. David & Charles Limited. ISBN 0-7153-8269-1.
- Webster, N.E. (1970). Joseph Locke: Railway Revolutionary. London: George Allen & Unwin Ltd. ISBN 0-04-385055-3.
- Watson, Garth (1988). The Civils. London: Thomas Telford Ltd. p. 251. ISBN 0-7277-0392-7
- Devey, Joseph (1862) The Life of Joseph Locke. London: Richard Bentley.
- Hansard 1803–2005: contributions in Parliament by Joseph Locke
- The life of Joseph Locke, civil engineer by Joseph Devey (1862)
|Parliament of the United Kingdom|
Hugh Duncan Baillie and
|Member of Parliament for Honiton
With: Sir James Hogg, to 1857;
Archibald Stuart-Wortley, 1857–1859;
Alexander Baillie-Cochrane, from 1859
George Moffat and
|Professional and academic associations|
|President of the Institution of Civil Engineers
December 1857 – December 1859
George Parker Bidder