Steam-ships : The story of their development to the present day by R. A. Fletcher

31. Off Southend she was discovered to be on fire, and the heat and

1506 words  |  Chapter 117

smoke were so great that all the engine-room staff had to take refuge on deck. Fortunately they had forgotten to stop her engines, and the vessel was beached on the Chapman Sands, her decks were cut into, and volumes of water were poured upon the flames. The fire was soon extinguished, and the damage was found to be much less than was feared. She floated on the tide and resumed her voyage under her own steam to Bristol. The fire was due to the ignition of the felt packing round the boilers. Owing to this adventure the _Great Western_ did not sail from Bristol for New York quite as early as was expected, and it was this delay which enabled the _Sirius_ to gain pride of place. The _Great Western_ left for New York three days after the departure of the _Sirius_ from Cork. Her average speed to New York was 208 knots per day, and she used 655 tons of coal on the voyage. Another account, published in 1840, says that of her 660 tons of coal only 452 were used when she reached New York. On her homeward voyage her speed was nearly 9 knots an hour as against the 8·2 knots outward, but she burnt only 392 tons of coal, the difference being accounted for by the fact that on the outward voyage she experienced very rough weather. Although she made a much faster passage than her little rival, it is but fair to remember that she was nearly twice her size, and with engines developing more than twice the horse-power. A contemporary writer thus describes the _Great Western_: “The officers, crew, and engineers are about sixty in number. The saloon is 75 feet long, 21 feet broad, exclusive of recesses on each side, where the breadth is 34 feet and the height 9 feet. The decorations are in the highest degree tasteful and elegant, and the apartment may vie with those of the club-houses of London in luxury and magnificence. The splendour of a saloon is, however, a matter of very inferior consequence, and it is higher praise to state that the more essential parts of the vessel and all her machinery are examples of mechanical skill and ingenuity which cannot be surpassed.” [Illustration: THE “GREAT WESTERN.” FROM A PRINT OF 1837.] The saloon was decorated with about fifty panels, the larger ones, according to a contemporary description, representing “rural scenery, agriculture, music, the arts and sciences, interior views and landscapes, and parties grouped, or engaged in elegant sports and amusements; the smaller panels contained beautifully pencilled paintings of Cupid, Psyche, and other aerial figures.”[61] Every berth and cabin had a bell communicating with the stewards’ room, the method of communication being described as follows for the instruction of travellers: “When the attendance of the steward is required, the passenger pulls the bell-rope in his berth, which rings the bell in the small box (in the stewards’ room) and at the same time by means of a small lever forces up through a slit in the lid a small tin label with the number of the room painted requiring the services of the steward, and there remains, until the steward has ascertained the number of the room and pushed it down again. Thus, instead of an interminable number of bells there are only two. This arrangement, which is alike ingenious as it is useful, is deserving the notice of architects.”[62] [61] _The Mirror._ [62] _Civil Engineer and Architect’s Journal._ From the same publication it appears that the floors are of great length and overrun each other. “They are firmly dowelled and bolted, first in pairs and then together by means of 1¹⁄₂-inch bolts about 24 feet in length, driven in four parallel rows. The scantling is equal in size to that of our line-of-battle ships; it is filled in solid and was caulked within and without up to the first futtock heads previously to planking, and all to above this height of English oak. She is most closely and firmly trussed with iron and wooden diagonals and shelf-pieces, which with the whole of her upper works are fastened with screws and nuts to a much greater extent than has hitherto been put in practice. Her engines are the largest marine engines yet made. The boilers are constructed with several adaptations for the economy of steam and fuel on an entirely new principle. There are four distinct and independent boilers, any number of which can be worked as circumstances require. The wheels have the cycloidal paddles. The figure-head is a demi-figure of Neptune with gilded trident, and on each side are dolphins in imitation bronze.” The _Sirius_ made two transatlantic voyages as advertised, and was utilised henceforward for the trade for which she was built, namely, carrying passengers and goods between ports on the coast. She traded chiefly between Liverpool, Cork, Glasgow, and London, and occasionally to St. Petersburg, and at last, in June 1847, she was wrecked in Ballycotten Bay. While the _Sirius_ and _Great Western_ had been monopolising the attention of the public, the directors of the City of Dublin Steam Packet Company, who had already formed a company to join in the transatlantic traffic, determined upon making their start with the new paddle-steamer _Royal William_. This was not the Canadian _Royal William_, but a boat built in 1836 by Wilson of Liverpool, with engines by Fawcett and Preston, and one of a quartet intended to compete with the Government steamers carrying the mails between Liverpool and Kingstown. She was a faster vessel than any of the Government boats. One voyage, in which she created a record which stood for some time, was when she was engaged between London and Dublin, and did the 260 miles run from Falmouth to Kingstown in 23 hours. She was slightly shorter than the _Sirius_, but her capacity was 817 tons gross, and her engines of 276 horse-power. Although she had accommodation for eighty passengers, she had on board only thirty-two when she started from Liverpool on Thursday, July 5, 1838. She carried no cargo, all the space apparently being used for fuel. “Coal filled her bunkers, her holds, and even her well-deck, so that her paddles were buried six feet, her sponsons were submerged, and it was possible, by leaning over the bulwarks, to wash one’s hands in the water that surged at the vessel’s sides.”[63] Her departure from Liverpool was celebrated in a manner befitting the occasion; the spectators gathered by thousands, and every cannon on either side of the river that could be used to fire a salute was requisitioned, while the steamers and large sailing ships anchored in the river, many of which carried guns, joined in the salute. The outward voyage lasted nineteen days, but she did the passage back in fourteen and a half days. [63] Kennedy’s “History of Steam Navigation.” While she was being got ready, the directors accepted an offer from Sir John Tobin to run a steamer, which was built for him, alternately with the _Royal William_. She was named the _Liverpool_, and was of 1150 tons, carrying engines of 404 horse-power. She sailed on October 20, 1838, and had got about one-third of the way across the Atlantic when it was found necessary to turn back on account of bad weather. She accordingly took refuge at Cork. A stay of ten days was made there, and she eventually arrived at New York on November 23. The _British Queen_, as befitted her name, was launched on the Queen’s birthday in 1838, and made her first voyage from London to New York in July 1839. She was commanded by Lieutenant Roberts, formerly of the _Sirius_, and was at that time the largest and fastest steam vessel afloat; and with Roberts in charge, it is not to be wondered at that she did some good work. Lieutenant Roberts, writing to a friend from New York, says in the course of a letter dated June 1, 1840: “I can only state there is not a faster seagoing vessel in the World, and time will tell. We have beat the _Great Western_ every voyage this year and [word illegible] last year; therefore whoever gave you the idea of our Speed and Power were perfectly ignorant of Steam and Steam Vessels. I have made the passage from Portsmouth to New York shorter than ever performed, only 13 d. 11 h. from Pilot to Pilot. Let _Great Western_ do that if she can, though she has ten hours’ shorter distance to run. I sail at 1 P.M. this day with full cargo and every berth taken, and sincerely do I wish to make a short passage.” He adds: “I intend trying for some shore berth ... but will not leave till I command the first iron vessel to steam across the Atlantic.” This was not to be, however, for he was in command of the _President_ when that ill-fated vessel left New York with one hundred and thirty-six passengers on March 12,

Chapters

1. Chapter 1 2. introduction of the railway system inland. Between the two, however, 3. 1885. The last fifteen years of the century saw the tonnage of the 4. 1. The _William Fawcett_, the first P. & O. Steam-ship; 5. 2. The _Chancellor Livingston_ _Headpiece to Preface_ 6. 3. Primitive Paddle-boats 3 7. 4. “Barque à Roues”: Primitive Chinese Paddle-boat 5 8. 5. “Liburna” or Galley, worked by Oxen 7 9. 6. Jonathan Hulls’ Paddle-steamer, 1737 _To face_ 14 10. 7. The Marquis de Jouffroy’s Steamboat, 1783 _To face_ 16 11. 8. John Fitch’s Oared Paddle-boat, 1786 22 12. 9. John Stevens’ _Phœnix_, 1807 _To face_ 28 13. 10. Robert Fulton’s _Clermont_, 1807 37 14. 11. The _Paragon_, built 1811 _To face_ 40 15. 12. The _Philadelphia_, built 1826 _To face_ 44 16. 14. The _William Cutting_, built 1827 _To face_ 48 17. 15. The _Mary Powell_ (Hudson River Day Line) 50 18. 16. The _Hendrick Hudson_ (Hudson River Day Line), 1906 _To face_ 50 19. 17. The _Robert Fulton_ (Hudson River Day Line), 1909 _To face_ 52 20. 19. The _City of Cleveland_ _To face_ 54 21. 20. Patrick Miller’s Triple Boat the _Edinburgh_ _To face_ 56 22. 21. Model of Miller’s Double Boat _To face_ 58 23. 22. The _Charlotte Dundas_: longitudinal section 60 24. 23. Symington’s Original Engine of 1788 _To face_ 60 25. 24. Model of the _Charlotte Dundas_ _To face_ 62 26. 25. The Original Engines of the _Comet_ _To face_ 64 27. 27. The _Industry_, 1814 _To face_ 68 28. 29. The Engine of the _Leven_ _To face_ 70 29. 30. The _Sea-Horse_, about 1826 _To face_ 72 30. 31. The _Monarch_ and _Trident_, convoying the _Royal 31. 32. The _Trident_, in which the Queen and Prince Consort 32. 33. The _Carron_ _To face_ 84 33. 34. The _Kingfisher_ _To face_ 84 34. 35. The _Fingal_ _To face_ 86 35. 36. The _Lady Wolseley_ _To face_ 86 36. 39. The _Mona’s Isle_ (II.), built 1860, as a paddle 37. 40. The _Ellan Vannin_ (the foregoing, altered to a 38. 41. The _Majestic_ _To face_ 96 39. 42. The _Lady Roberts_ _To face_ 98 40. 43. The _Augusta_, 1856 100 41. 47. The R.M. Turbine Steamer _Copenhagen_ (G.E. 42. 48. The _Scotia_ (L. & N.W. Railway) _To face_ 120 43. 49. The _Savannah_ _To face_ 124 44. 50. The _Rising Star_ 130 45. 51. The _Dieppe_ (L.B. & S.C. Railway) _To face_ 134 46. 52. The _United Kingdom_ _To face_ 134 47. 54. The _Great Western_, from a print of 1837 _To face_ 142 48. 55. The _President_ 146 49. 56. The _British Queen_ _To face_ 146 50. 57. The _Britannia_, 1840 _To face_ 152 51. 58. The _Atlantic_ 156 52. 59. The _Adriatic_ (Collins Line, 1857) _To face_ 160 53. 61. The _Massachusetts_ 171 54. 63. H.M. Troopship _Himalaya_ in Plymouth Sound _To face_ 180 55. 64. H.M. Troopship _Himalaya_ _To face_ 182 56. 65. The _Norman_ (Union-Castle Line, 1894) _To face_ 184 57. 66. Maudslay’s Oscillating Engine _To face_ 200 58. 67. Model of the Engines of the _Leinster_ _To face_ 204 59. 68. The _Pacific_ 205 60. 69. Stevens’ 1804 Engine, showing Twin-screw Propellers _To face_ 208 61. 70. The _Q.E.D._ 211 62. 72. The _John Bowes_, 1906 _To face_ 214 63. 73. The _Novelty_, built 1839 _To face_ 218 64. 75. Engines of the _Great Britain_ _To face_ 224 65. 78. The _City of Rome_ (Inman Line, 1881) _To face_ 242 66. 79. The _City of Chicago_ 244 67. 82. The _Russia_ (Cunard, 1867) _To face_ 246 68. 83. Model of the _City of Paris_, 1866 _To face_ 248 69. 84. The _Oregon_ (Cunard and Guion Lines, 1883) _To face_ 250 70. 85. The _America_ (National Line, 1884) _To face_ 254 71. 86. The _Delta_ leaving Marseilles for the opening of 72. 87. The _Thunder_ 265 73. 89. Longitudinal section of the _Great Eastern_ _To face_ 272 74. 90. Caricature of the _Great Eastern_ _To face_ 274 75. 91. Model of the Paddle-engines of the _Great Eastern_ _To face_ 276 76. 92. The _Britannic_ (White Star Line, 1874) _To face_ 280 77. 93. The _Umbria_ and _Etruria_ (Cunard) _To face_ 280 78. 94. The _Mauretania_ (Cunard, 1907) _To face_ 282 79. 95. The _Campania_ (Cunard, 1892) _To face_ 282 80. 96. The _Teutonic_ and _Majestic_ (White Star Line, 81. 97. The _Olympic_ (White Star Line, 1910) _To face_ 288 82. 98. The _Olympic_ building, October 18, 1909 _To face_ 290 83. 99. The _St. Louis_ (American Line) _To face_ 294 84. 100. The _Morea_ (P. & O. Line) _To face_ 294 85. 101. The _Assiniboine_ (Canadian Pacific Railway Co.) _To face_ 300 86. 103. The _Kaiser Wilhelm II._ (Norddeutscher Lloyd) _To face_ 304 87. 104. The _Turbinia_ _To face_ 308 88. 105. The _Otaki_ (New Zealand Shipping Co.) _To face_ 310 89. 106. H.M.S. _Waterwitch_, armoured gunboat 321 90. 107. H.M.S. _Minotaur_ _To face_ 326 91. 116. H.M.S. _Invincible_, armoured cruiser _To face_ 336 92. 117. The _Minas Geraes_, Brazilian battleship _To face_ 336 93. 119. The _San Francisco_, U.S. Navy _To face_ 340 94. 120. The _Monitoria_ _To face_ 348 95. 121. The _Iroquois_ and _Navahoe_ _To face_ 348 96. 122. The _Monitoria_, transverse section 350 97. 123. The old Floating Dock at Rotherhithe, _circa_ 1800 _To face_ 354 98. 124. Model of the Bermuda Dock _To face_ 356 99. 128. The Cartagena Dock _To face_ 362 100. 129. The _Baikal_ _To face_ 362 101. 130. The _Drottning Victoria_ _To face_ 366 102. 131. The _Ermack_ _To face_ 370 103. 132. The _Earl Grey_ _To face_ 370 104. 134. The Imperial Yacht _Hohenzollern_ _To face_ 372 105. 135. The Evolution of Floating Docks, 1800-1910 389 106. CHAPTER I 107. CHAPTER II 108. 1787. The great success and useful character of Rumsay’s steamboat were 109. 1787. A still larger boat followed in 1788, and another in 1790. The 110. introduction of the latter has come also their greatest development 111. CHAPTER III 112. CHAPTER IV 113. 1894. Her last appearance was at the same review. She was lengthened 114. CHAPTER V 115. 1822. But Lord Cochrane’s work was practically over and she was 116. 28. She took no goods, as she was intended to be a passenger steamer 117. 31. Off Southend she was discovered to be on fire, and the heat and 118. 1841. No trace of her has been found from that day to this. 119. CHAPTER VI 120. 2402. Her engines developed 3250 horse-power and gave her an average 121. CHAPTER VII 122. 1842. He nevertheless served in the Mexican War and then commanded the 123. 1839. Its charter has been revised and extended from time to time, one 124. CHAPTER VIII 125. 5. Twin screws. 126. CHAPTER IX 127. 1062. The engines were of 210 nominal horse-power with cylinders of 55 128. CHAPTER X 129. 13. In equipment, too, she was regarded as the last possible word in 130. 1889. These two steamers marked one of those epochs of complete 131. CHAPTER XI 132. CHAPTER XII 133. introduction of screw propellers, 97; introduction of iron, 191;

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