Abstract
Most of the time, improvements to armour, as in other areas of science and technology, are gradual. From time to time, however, substantial changes take place. What I have attempted to do in this chapter is (i) to identify these “step changes”, (ii) to give an impression of what was going on politically and militarily at the time that influenced technology and design, and (iii) to introduce the people involved.
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References
Abel FA (1865) On some phenomena exhibited by gun-cotton and gunpowder under special conditions of exposure to heat. Min Proc Roy Artillery Inst 4:127–139
Airy GB (1840) Correction of the compass in iron ships. J Frankl Inst 30:53–58
Allen J (1839) England’s wooden walls: Agamemnon. United Serv J (3)145–156, 346–351, 451–458
Allen J (1844a) England’s wooden walls: the defiance Colburn’s. United Serv Mag (1)378–387
Allen J (1844b) England’s wooden walls: The Defiance (continued) Colburn’s. United Serv Mag (2)98–107
Anderson R (1674) The genuine use and effects of the Gunne as well experimentally as mathematically demonstrated. J. Darby, London
Andrade T (2016) The gunpowder age: China, military innovation and the rise of the West in world history. Princeton University Press, Princeton
Anon (1667) Experiments for improving the art of gunnery. Phil Trans R Soc Lond 2:463–477
Anon (1742) The report of the committee of the Royal Society appointed to examine some questions in gunnery. Phil Trans R Soc Lond 42:172–183
Anon (1828) New maritime artillery. Amer Quart Rev 4:480–506
Anon (1830) Remarks on the deflection of bullets from the line of their flight, on the rifle, on Norton’s rifle shell, and hand grenades. United Serv J (2):207–213
Anon (1831) Norton’s rifle shell. United Serv J (1):520–522
Anon (1862) Rifled guns at The Exhibition. Colburn’s United Serv Mag (2)377–386
Anon (1865) The Anglo-French alliance. Colburn’s United Serv Mag (3)391–400
Anon (1866) Photographing cannonballs. Br J Photogr 13:328–329
Anon (1869) Mitrailleurs Colburn’s. United Serv Mag (3)66–72
Anon (1900) Protective coatings for the immersed portions of iron vessels. J Frankl Inst 149:230–232
Anon (1912) Evolution of the projectile in exterior form J United States Artillery 38:photographic plate opposite page 127
Ashdown CH (1909) British and foreign arms and armor. In: T.C. & E.C. Jack, London, pp 260–263
Bai YL, Dodd B (1992) Adiabatic shear localization: occurrence, theories and applications. Pergamon, Oxford
Baker E (1804) Twenty-three years practice and observations with rifle guns, 2nd edn. Baker, London
Barnaby N (1860) On mechanical invention and its relation to the improvement of naval architecture. Trans Inst Naval Arch 1:145–159
Batcheller BC (1892) Notes on the English proving ground at Shoeburyness. J US Artillery 1:114–121
Baxter JP (1933) The introduction of the ironclad warship. Harvard University Press, Cambridge, MA
Bearss EC (1966) Hardluck ironclad: the sinking and salvage of the Cairo. Louisiana State University Press, Baton Rouge
Bélidor BF (1731) Le Bombardier François ou Nouvelle Méthode de Jetter Les Bombes avec Précision. Imprimerie Royale, Paris
Bennett J (1827) Observations on the effect produced by iron masts &c. On the compass needle; with an account of an experiment made to ascertain the local attraction of his Majesty’s ship phaeton fitted with an iron main-mast and bowsprit. In: Papers on naval architecture and other subjects connected with naval science, vol 1. Whitaker and Co., London, pp 100–109
Birch T (1756a) An instrument for determining the force of gunpowder by weight (experiments reported in 1663). In: The history of the Royal Society of London, vol 1. A. Millar, London, pp 292–293 302–303
Birch T (1756b) A new kind of gunpowder (experiments reported in 1663). In: The history of the Royal Society of London, vol 1. A. Millar, London, pp 281–285
Birch T (1756c) With what force will it be possible to shoot a solid body? as a bullet; or a fluid? as water, &c. (question posed in 1663). In: The history of the Royal Society of London, vol 1. A. Millar, London, p 235
Birch T (1757a) Discourse on Roger BACON’s discussion of gunpowder to blow up ships (delivered 1679). In: The history of the Royal Society of London, vol 3. A. Millar, London, pp 474–475
Birch T (1757b) Dr PAPIN’s experiment of firing gun-powder in vacuo (1687). In: The history of the Royal Society of London, vol 4. A. Millar, London pp 522, 523, 527, 531
Birch T (1757c) Dr PAPIN’s paper concerning a way of applying the force of gun-powder to raise weights (1687). In: The history of the Royal Society of London, vol 4. A. Millar, London, pp 550–552
Birch T (1757d) Range of French mortar-pieces discussed (1683). In: The history of the Royal Society of London, vol 4. A. Millar, London, p 194
Birnie R (1907) The construction of heavy ordnance. J Mil Serv Instit US 41:295–326
Blondel N-F (1683a) L’Art de Jetter les Bombes. N. Langlois, Paris
Blondel N-F (1683b) Nouvelle Manière de Fortifier les Places. N. Langlois, Paris
Bonaparte LN (1849) History of the cannon. Colburn’s United Serv Mag (2)180–195
Bourne W (1587) The Arte of shooting in great Ordnaunce. Thomas Woodcocke, London
Boys CV (1893) On the photography of flying bullets by the light of the electric spark. J Roy United Serv Inst 37:855–873
Brown DK (1990a) Condemnation of iron ships. In: Before the ironclad: development of ship design, propulsion and armament in the Royal Navy 1815–1860. Conway Maritime, London, pp 88–98
Brown DK (1990b) Before the ironclad: development of ship design, propulsion and armament in the Royal Navy 1815–1860. Conway Maritime, London
Brown DK (1990c) Iron ships. In: Before the ironclad: development of ship design, propulsion and armament in the Royal Navy 1815–1860. Conway Maritime, London, pp 73–87
Browne CO (1893) Development of armor and its attack by ordnance: from 1887 to early in 1893. In: Armor and its attack by artillery. Supplement dealing with development of armor from 1887 to 1893: part, vol 1. Dulau & Co., London, pp 159–206
Charbonnier P (1928) Histoire de la Balistique. Société d’Editions Géographique, Paris
Chevedden PE (1995) Artillery in late antiquity: prelude to the Middle Ages. In: Corfis IA, Wolfe M (eds) The medieval city under siege. The Boydell Press, Woodbridge, pp 131–173
Chevedden PE, Eigenbrod L, Foley V, Seidel W (1995) The trebuchet. Sci Am 273(1):66–71
Church P, Huntington-Thresher W, Herdman C (2001) Experimental and simulation analysis of setback in gun launch. In: Crewther IR (ed) Proceedings of 19th International Symposium on ballistics. International ballistics society, Interlaken, pp 223–229
Cohen IB, Whitman A (eds) (1999) Isaac Newton the principia: a new translation. University of California Press, Berkeley
Corner J (1950) Theory of the internal ballistics of guns. Wiley, New York
Cox H (1849) The dynamical deflection and strain of railway girders. J Frankl Inst 47:73–81 145–153
Crossman EC (1918) Bullet versus armor: the familiar contest of the sea started anew upon the land. Proc US Naval Inst 44:1581–1587
Dahlgren JA (1856a) Shells and Shell-guns. King & Baird, Philadelphia
Dahlgren JA (1856b) Penetration. In: Shells and Shell-guns. King & Baird, Philadelphia, pp 173–203
Dahlgren JA (1856c) Shot and shells compared. In: Shells and Shell-guns. King & Baird, Philadelphia, pp 205–258
Davis C (1897) On the perforation of face-hardened armor. Proc US Naval Inst 23:283–309
Davy H (1824a) Additional experiments and observations on the application of electrical combinations to the preservation of the copper sheathing of ships, and to other purposes. Phil Trans R Soc Lond 114:242–246
Davy H (1824b) On the corrosion of copper sheeting by sea water, and on methods of preventing this effect, and on their application to ships of war and other ships. Phil Trans R Soc Lond 114:151–158
de Espinar AM (1644) Arte de Ballesteria y Monteria. Imprenta Real, Madrid
de Gaya L (1678) Traité des Armes: Des Machines de Guerre, des Feux d'Artifice, des Enseignes, et des Instruments Militaires. Sebastien Cramoisy, Paris
de Saxe MG (1756) Les Rêveries ou Mémoires sur l’Art de la Guerre. Pierre Gosse, La Haye
Derricke J (1581) The image of Irelande with a Discouerie of Woodkarne. John Daie, London
DeVries K (1995) The impact of gunpowder weaponry on siege warfare in the hundred years war. In: Corfis IA, Wolfe M (eds) The medieval city under siege. The Boydell Press, Woodbridge, pp 227–244
Didion I (1848) Lois de la pénétration des projectiles. In: Traité de Balistique. Leneveu, Paris, pp 228–250
Didion I (1856) Des lois de la résistance de l’air sur les projectiles animés de grandes vitesses Comptes Rendus hebd. Séances Acad Sci 42:1048–1051
Didion I (1857) Lois de la Résistance de l’Air sur les Projectiles. Dumaine, Paris
Didion I (1860) Traité de Balistique, 2nd edn. Dumaine, Paris
Dodd B, Bai YL (eds) (2012) Adiabatic shear localization: frontiers and advances. Elsevier, Amsterdam
Douglas H (1855a) Affair of Sinope. In: A treatise on naval gunnery, 4th edn. John Murray, London, pp 294–297
Douglas H (1855b) Shells exploding in ships. In: A treatise on naval gunnery, 4th edn. John Murray, London, pp 238–240
Douglas H (1855c) A treatise on naval gunnery, 4th edn. John Murray, London
Douglas H (1860) A treatise on naval gunnery, 5th edn. Murray, London
Douglas H (1861a) Iron defences and armor-plated ships. Colburn’s United Serv Mag (1)46–84
Douglas H (1861b) On iron ships and iron-cased ships. Trans Inst Naval Arch 2:2–7 42–91
Drake S (ed) (1974) Galileo Galilei two new sciences including centers of gravity and force of percussion. University of Wisconsin Press, Madison
Drinkwater J (1793) A history of the late siege of Gibraltar, 2nd edn. John Whitworth, Dublin
Duffy C (1985) Siege warfare: the fortress in the age of Vauban and Frederick the great 1660–1789. Routledge & Kegan Paul, London
Ellicott J (1750) An account of some experiments in order to discover the height to which rockets may be made to ascend, and to what distance their light may be seen. Phil Trans R Soc Lond 46:578–584
Fairbairn W (1865) Treatise on iron ship building: its history and progress. Longmans, Green and Co, London
Farley JP (1899) Notes on small-arms and ammunition. J Mil Ser Inst US 24:28–73
Field JE, Sun Q, Townsend D (1989) Ballistic impact of ceramics. Inst Phys Conf Ser 102:387–393
Fincham J (1851a) A history of naval architecture. Whittaker & Co, London
Fincham J (1851b) On iron shipbuilding. In: A history of naval architecture. Whittaker & Co, London, pp 387–394
Fincham J (1979) A history of naval architecture. Scolar Press, London
Fosbery GV (1869) On mitrailleurs and their place in the wars of the future. J Roy United Serv Inst 13:539–563
Fremantle TF (1901) The book of the rifle. Longmans. Green and Co, London
Gaite J (2017) Penetration of fast projectiles into resistant media: from macroscopic to subatomic projectiles. Ann Phys 384:235–253
Garrison FL (1892a) The development of American armor-plate. J Frankl Inst 133:337–356 421-453
Garrison FL (1892b) The development of American armor-plate. J Frankl Inst 134:20–42
Gatling RJ (1870) Machine guns: the Gatling battery, the Agar and Claxton guns, the French and Montigny mitrailleurs. J Roy United Serv Inst 14:504–528
Gearing A (1854) Bursting of cannon by red-hot shot. Colburn’s United Serv Mag (2)411–412
Grant E (1996) Motion in Aristotle’s physics. In: The foundations of modern science in the Middle Ages: their religious, institutional, and intellectual contexts. Cambridge University Press, Cambridge, pp 58–63
Grantham J (1842) Iron as a material for shipbuilding. Simpkin, Marshall & Co, London
Grantham J (1868) Iron shipbuilding with practical illustrations, 5th edn. Virtue & Co, London
Greaves J (1685) An account of some experiments for trying the force of great guns. Phil Trans R Soc Lond 15:1090–1092
Greener WW (1835) The gun: or a treatise on the various descriptions of small fire-arms. Longman, London
Griffith M (1897) On the testing of smokeless powders. J Mil Serv Instit US 20:180–191
Grose F (1786) A treatise on ancient armor and weapons. S. Hooper, London
Hall AR (1952) Ballistics in the seventeenth century: a study in the relations of science and war with reference principally to England. Cambridge University Press, Cambridge
Halley E (1695) A proposition of general use in the art of gunnery, shewing the rule of laying a mortar to pass, in order to strike any object above or below the horizon. Phil Trans R Soc Lond 19:68–72
Hankinson RJ (1995) Science. In: Barnes J (ed) The Cambridge companion to Aristotle. Cambridge University Press, Cambridge, pp 140–167
Hannam J (2009) The physics of war. In: God’s philosophers: how the medieval world laid the foundations of modern science. Icon Books, London, pp 136–139
Harris JR (1966) Copper and shipping in the eighteenth century. Econ Hist Rev 19:550–568
Hartman WF, Stirbis PP (1973) Rotating band pressures and engraving forces in 155mm artillery shells. Trans ASME J Eng Mater Technol 95:124–129
Hay JCD, Jervois WFD, Henderson W, Percy J, Fairbairn W, Pole W, Harrison A (1864) Transactions and report of the special committee on iron. The War Office, London
Hays CD (1845) Mode of neutralizing the local attraction of iron ships on the compass. J Frankl Inst 45:198–199
Held M (1999a) Shaped charge jet against a transverse moving target. Propell Explos Pyrotech 24:325–327
Held M (1999b) Anti-explosive reactive armor shaped charge warhead system. In: Reinecke WG (ed) Proceedings of 18th International Symposium on ballistics. Technomic Publishing Company, Inc, Lancaster, pp 484–491
Held M, Mayseless M, Rototaev E (1998) Explosive reactive armor. In: van Niekerk C (ed) Proceedings of 17th international symposium on ballistics, vol 1. The South African ballistics organisation, Moreleta Park, pp 33–46
Hertz H (1896) On the contact of rigid elastic solids and on hardness. In: Jones DE, Schott GA (eds) Miscellaneous papers by Heinrich hertz. Macmillan, London, pp 163–183
Hirsch E, Cuadros JH, Backofen JE (1995) David’s choice: a sling and tactical advantage. In: Mayseless M, Bodner SR (eds) Proceedings of 15th international symposium on ballistics, vol 2. Rafael, Haifa, pp 11–20
Hodgkinson E (1831a) On the chain bridge at Broughton. Mem Liter Philos Soc Manchester (Ser. 2) 5:384–397, 545–553
Hodgkinson E (1831b) A few remarks on the Menai Bridge. Mem Liter Philos Soc Manchester (Ser. 2) 5:398–406
Hodgkinson E (1832) On suspension bridges; containing an inquiry into the proper forms of their catenaries; with remarks on the Menai Bridge, and that at Broughton; as likewise some account of the failure of the latter. Philos Mag (Ser 3) 1:207
Hodgkinson E (1834) On the collision of imperfectly elastic bodies. Rep Br Assoc Adv Sci 4:534–543
Hodgkinson E (1836) Impact upon beams. Rep Br Assoc Adv Sci 5:93–116
Hodgkinson E (1838) On the relative strength and other mechanical properties of cast iron obtained by hot and cold blast. Rep Br Assoc Adv Sci 6:337–376
Hodgkinson E (1839) On the relative strength and other mechanical properties of cast iron obtained by hot and cold blast. J Frankl Inst 28:184–196 238–256, plate XXIV
Hogg OFG (1963) English artillery, 1326–1716. Roy Artillery Inst, London
Hogg IV (1979) The complete machine gun: 1885 to the present. Phoebus, London
Holden RM (1903) An Elizabethan army. J Mil Serv Inst US 32:368–373
Holley AL (1865a) Experiments against armor. In: A treatise on ordnance and armor. van Nostrand, New York, pp 623–780
Holley AL (1865b) A treatise on ordnance and armor. van Nostrand, New York
Hopkinson B (1914) The effects of the detonation of gun-cotton. Trans North-East Coast Inst Eng Shipbuild 30:199–217
Hopkinson E (1928) The story of a mid-Victorian girl. Cambridge University Press, Cambridge
Huang Z-G, Wessam ME, Chen Z-H (2014) Numerical investigation of the three-dimensional dynamic process of sabot discard. J Mech Sci Technol 28:2637–2649
Hume J (1811) Remarks on military rockets. J Nat Philos Chem Arts 28:63–67
Hurley V (1975) Arrows against steel: the history of the bow. Mason/Charter, New York
Hutton C, Horsley S (1778) The force of fired gunpowder, and the initial velocities of cannonballs, determined by experiments; from which is also deduced the relation of the initial velocity to the weight of the shot and the quantity of powder. Phil Trans R Soc Lond 68:50–85
Iyer NR (1999) Recent advances in anti-tank missile systems and technologies. Proc SPIE 3898:46–57
Johnson W (1986) Benjamin Robins’ ‘New principles of gunnery’. Int J Impact Eng 4:205–219
Johnson W (1990) The origin of the ballistic pendulum: the claims of Jacques Cassini (1677-1756) and Benjamin robins (1707-1751). Int J Mech Sci 32:345–374
Johnson W (1992a) Encounters between robins, and Euler and the Bernoullis: artillery and related subjects. Int J Mech Sci 34:651–679
Johnson W (1992b) Richard Jack minor, mid-18th century mathematician: writings and background. Int J Impact Eng 12:123–140
Johnson W (1992c) Benjamin Robins (18th century founder of scientific ballistics): some European dimensions and past and future perceptions. Int J Impact Eng 12:293–323
Johnson W (1993a) Benjamin Robins : a neglected mid-18th century military engineer-scientist. In: Rao PR (ed) Advances in materials and their applications. Wiley Eastern Ltd., New Delhi, pp 365–376
Johnson W (1993b) Unfinished military history,…. In: Gupta NK (ed) Plasticity and impact mechanics. Wiley Eastern Ltd, New Delhi, pp 1–27
Keeley LH, Fontana M, Quick R (2007) Baffles and bastions: the universal features of fortifications. J Archaeol Res 15:55–95
Keller J (2009) Mr. Gatling’s terrible marvel: the gun that changed everything and the misunderstood genius who invented it. Penguin, London
Kelly J (2004) Gunpowder: a history of the explosive that changed the world. Atlantic Books, London
Kintish IL, Marcus I (1973) Projectile with differential tandem shaped charges. United States patent 3,750,582
Kolsky H, Shi YY (1958) Fractures produced by stress pulses in glass-like solids. Proc Phys Soc Lond 72:447–453
La Rocca P, Riggi F (2009) Projectile motion with a drag force: were the Medievals right after all? Phys Educ 44:398–402
Lenk W (1864) Improved gun cotton. United States patent 43166
Lindsay J (1974) Blast-power and ballistics: concepts of force and energy in the ancient world. Muller, London
Litchfield HG (1880) Military rifles and rifle training: marksmanship an element of national strength. J Mil Serv Inst US 1:287–319
Longridge JA (1860) On the construction of artillery and other vessels to resist great internal pressure. Min Proc Inst Civil Eng 19:283–460
Longstaff FV (1917) The book of the machine gun. H. Rees Ltd, London
Mallet AM (1684) Les Travaux de Mars, ou l’Art de la Guerre, vol 3. Denys Thierry, Paris
Mallet R (1842) Processes for the protection of iron from oxidation and corrosion, and for the prevention of the fouling of ships. J Frankl Inst 34:206–211 279–281
Mallet R (1847) Extract from the third report upon the action of air and water, whether fresh or salt, clear or foul, and of various temperatures, upon cast iron, wrought iron, and steel. J Frankl Inst 43:124–133 187–196
Marci JM (1639) De Proportione Motus. Ioannis Bilinae, Prague
Marshall G (1822) Practical marine gunnery containing a view of the magnitude, weight, description & use of every article used in the sea gunners’ Department in the Navy of the United States. Norfolk and Portsmouth Herald, Norfolk
Marshall A (1919) The invention and development of the shrapnel shell. J Roy Artillery 46:458–463
McGuffie TH (1965) The siege of Gibraltar 1779–1783. B.T. Batsford, London
McKinley P (1866) Method of obtaining the picture of a gun in the act of firing. Min Proc Roy Artillery Inst 5:113–115
Millar WJ (ed) (1881) Miscellaneous scientific papers by W.J. MacQuorn Rankine. Charles Griffin, London
Miller C (1827) Description of a percussion shell to be fired horizontally from a common gun. Phil Trans R Soc Lond 117:1–17
Montgomery RS (1975) Interaction of copper-containing rotating band metal with gun bores at the environment present in a gun tube. Wear 33:109–128
Moore W (1810) On the penetration of balls into uniform resisting substances. Philos Mag (Ser 1) 36:325–334
Moore TR, Zietlow DW, Gorman CW, Griffin DC, Ballance CP, Parker DJ (2009) Transient motion of a circular plate after an impact. J Acoust Soc Am 125:EL63–EL69
Morgan W, Creuze A (1829) Notice of the ‘Nouvelle Force Maritime et Artillerie. Par H.J. Paixhans. Paris, 1822, 4to.’ And of ‘Expériences faites par la Marine Française, sur une Arme nouvelle. Par H.J. Paixhans, Paris, 1825. 8vo.’. In: Papers on naval architecture and other subjects connected with naval science, vol 2. G.B. Whittaker, London, pp 310–336
Morgan W, Creuze A (1865) Remarks on the Mackay gun. In: Papers on naval architecture and other subjects connected with naval science, vol 4. Whitaker and Co, London, pp 141–152 plate 1, Figure 2
Motte A, Cohen IB (eds) (1968) The mathematical principles of natural philosophy. Dawson, London
Muller J (1746) A treatise containing the elementary part of fortification, regular and irregular, with remarks on the constructions of the most celebrated authors, particularly of Marshal de Vauban and Baron Coehorn, in which the perfection and imperfection of their several works are considered. J. Nourse, London
Newton I (1687) Philosophiae Naturalis principia Mathematica. The Royal Society, London
Noble WH (1866) The penetration of iron armor plates by steel shot to which is added a memorandum on the penetration of iron-clad ships by steel and other projectiles. Her Majesty’s stationery office, London
Norman AVB, Pottinger D (1966) Warrior to soldier, 449 to 1660: a brief introduction to the history of English warfare. Weidenfeld & Nicholson, London
Owen JF (1874) Compound guns, many-barrelled rifle batteries, machine guns, or mitrailleurs. Min Proc Royal Artillery Inst 8:419–453
Paixhans H-J (1822a) Nouvelle Force Maritime et Application de Cette Force à Quelques Parties du Service de l’Armée de Terre. Bachelier Libraire, Paris
Paixhans H-J (1822b) Exposé de nombreuses expériences relatives au tir des boulets creux, des obus et des bombes, et aux effets de leur explosion. In: Nouvelle Force Maritime et Application de Cette Force à Quelques Parties du Service de l’Armée de Terre. Bachelier Libraire, Paris, pp 86–115
Paixhans H-J (1822c) Les canons à bombes, et les nouveaux obusiers proposés, accroitront la puissance des moyens actuels d’attaquer les places. In: Nouvelle Force Maritime et Application de Cette Force à Quelques Parties du Service de l’Armée de Terre. Bachelier Libraire, Paris, pp 385–394
Paixhans H-J (1825) Expériences Faites par la Marine Française sur une Arme Nouvelle. Bachelier Libraire, Paris
Paixhans H-J (1827) Experiments carried out by the French navy with a new piece of ordnance; the changes which must result therefrom; and a fresh examination of some questions relative to the navy, to the artillery, and to the attack and defence of places. Nav Mil Mag 1:429–435
Paixhans H-J (1838) An account of the experiments made in the French navy for the trial of bomb Cannon etc. E.J. Dorsey, Philadelphia
Paixhans H-J (1855) Observations on the burning of the Turkish frigates by the Russian fleet in the Black Sea. In: Douglas H (ed) A treatise on naval gunnery, 4th edn. John Murray, London, pp 300–303
Perry JI (2017) The dynamic response of sand: effects of moisture and morphology PhD thesis, University of Cambridge
Piobert G (1836) Pénétration des obus. In: Traité d’Artillerie: Théorique et Pratique. Libraire pour l’Art Militaire, Paris, pp 180–187
Piobert G, Morin AJ, Didion I (1837) Mémoire sur la résistance des corps solides ou mous à la pénetration des projectiles. Mémorial Artillerie 4:299–383
Popenker MR, Williams AG (2011) Submachine gun: the development of submachine guns and their ammunition from World War I to the present day. Crowood, Ramsbury
Prony M (1805) Report of a method of measuring the initial velocity of projectiles discharged from firearms, both horizontally and with different elevations, made to the physical and mathematical class of the National Institute. J Nat Philos Chem Arts 12:41–46
Prosser GW (1840) An essay on the past and present state of fortification in Europe. United Serv J 5(3):75–84
Rankine WJM (1858) A manual of applied mechanics. Richard Griffin and Company, London
Rankine WJM (1862) A manual of civil engineering. Griffin, Bohn and Company, London
Rankine WJM (1870) On the thermodynamic theory of waves of finite longitudinal disturbance. Phil Trans R Soc Lond 160:277–288
Ransome T (1847) On the composition and explosion of guncotton. Philos Mag (Ser 3) 30:1–4
Rawson R (1865) Memoir of the late Eaton Hodgkinson Memoirs Literary. Philos Soc Manchester (Ser 3) 2:145–204
Reed EJ (1869) Shipbuilding in iron and steel. John Murray, London
Robertson FL (1921a) The shell gun. In: The evolution of naval armament. Constable, London, pp 160–180
Robertson FL (1921b) The rifled gun. In: The evolution of naval armament. Constable, London, pp 181–209
Robertson FL (1921c) The evolution of naval armament. Constable, London
Robertson FL (1921d) The ironclad. In: the evolution of naval armament. Constable, London, pp 246–301
Robins B (1742) New principles of gunnery: containing, the determination of the force of gunpowder, and an investigation of the difference in the resisting power of the air to swift and slow motions. J. Nourse, London
Robins B (1743.) An account of a book intituled) New principles of gunnery, containing the determination of the force of gunpowder and an investigation of the resisting power of the air to swift and slow motions as far as the same relates to the force of gunpowder. Phil Trans R Soc Lond 42:437–456
Robins B (1747) A proposal for increasing the strength of the British navy, by changing all the guns, from the eighteen pounders downwards, into others of equal weight but of a greater bore. J. Nourse, London
Robins B (1749) Observations on the height to which rockets ascend. Phil Trans R Soc Lond 46:131–133
Rogers E (1871) Mitrailleuses. Colburn’s United Serv Mag (1)527–542
Rossi C (2012) Ancient throwing machines: a method to calculate their performance. Mech Mach Theory 51:1–13
Rossi C, Pagano S (2013) Improvement in ballistae design from Eutitonon to Palintonon: a study on the mechanical advantages. Trans ASME J Mech Des 135:081006
Russell JS (1861) The fleet of the future: iron or wood? Longman, Green, Longman and Roberts, London
Russell JS (1863) On the present state of the question of issue between modern guns and iron-coated ships. Trans Inst Naval Architects 4:20–30
Russell JS (1865) The modern system of naval architecture (3 Vols). Day and Son, London
Santbech D (1561) Problematum Astronomicorum et Geometricorum Sectiones Septem. Heinrich Petri, Basel
Scoffern J (1858a) Projectile weapons of war and explosive compounds, 3rd edn. Longman, Brown, Green and Longmans, London
Scoffern J (1858b) On rifle guns. In: Projectile weapons of war and explosive compounds, 3rd edn. Longman, Brown, Green and Longmans, London, pp 214–256
Simmons R (1812) The sea-Gunner’s vade mecum. The board of admiralty, London
Simmons TF (1837) Ideas as to the effect of heavy ordnance directed against and applied by ships of war, particularly with reference to the use of hollow shot and loaded shells. H. Pinkney, London
Simmons TF (1839) A discussion on the present armament of the navy; being a supplement to ideas as to the effect of heavy ordnance. H. Pinkney, London
Smith A (2002) Machine gun: the story of the men and the weapon that changed the face of war. Platkus, London
Smythe J (1590) Certain discourses concerning the Formes and effects of divers sorts of weapons. Richard Johnes, London, p 20
Sondhaus L (2001) Naval Warfare, 1815–1914. Routledge, London
Sparavigna AC (2015) An examples of military engineering in the 16th century: the star fort of Turin. Int J Sci 4:62. https://doi.org/10.18483/ijSci.18880
Sturmy S (1669) The mariners magazine. 5: mathematical and practical arts. William Godbid, London
Tartaglia N (1538) Quesiti et Inventioni Diverse. 1. Venice
Tartaglia N (1588) Nova Scientia: three bookes of colloquies concerning the Arte of shooting in great and small Peeces of Artillerie. John Harrison, London
Tarver WTS (1995) The traction trebuchet: a reconstruction of an early medieval siege engine. Technol Cult 36:136–167
Thiéry A (1834) Applications du Fer aux Constructions de l’Artillerie. Librairie Militaire d’Anselin, Paris
Thiéry A (1840) Applications du Fer aux Constructions de l’Artillerie. 2. J. Corréard, Paris
Thompson B (1781) New experiments upon gunpowder, with occasional observations and practical inferences: to which are added, an account of a new method of determining the velocities of all kinds of military projectiles, and the description of a very accurate eprouvette for gunpowder. Phil Trans R Soc Lond 71:229–328
Tilly GP (1973) A two stage mechanism of ductile erosion. Wear 23:87–96
Totten JG (1857) Report on the effects of firing with heavy ordnance from casemate embrasures and also the effects of firing against the same embrasures with various kinds of missiles in the years 1853, 1853, 1854, and 1855 at west point in the State of New York. Taylor and Maury, Washington DC
Valleriani M (2013) Metallurgy, ballistics and epistemic instruments: the Nova Scientia of Nicolò Tartaglia. A New Edition. Edition Open Access, Berlin
Veblen O, Alger PL (1919) Rotating bands. J US Artillery 51:355–390
Wagner DB (2008) Science and civilisation in China. In: Chemistry and chemical technology. Part 11: Ferrous metallurgy, vol 5. Cambridge University Press, Cambridge, pp 322–323
Walley SM (2012) Historical origins of indentation hardness testing. Mater Sci Technol 28:1028–1044. https://doi.org/10.1179/1743284711Y.0000000127
Walley SM (2014) An introduction to the properties of silica glass in ballistic applications. Strain 50:470–500. https://doi.org/10.1111/str.1207
Watts I, Rankine WJM, Barnes FK, Napier JR (1866a) Shipbuilding for purposes of war. In: Shipbuilding: theoretical and practical. William Mackenzie, London, pp 293–297
Watts I, Rankine WJM, Barnes FK, Napier JR (1866b) Shipbuilding: theoretical and practical. William Mackenzie, London
Weaver EM (1892) Sea-coast guns and steel armor. J US Artillery 1:81–105
Whitworth J (1870) On the penetration of armor plates with long shells of large capacity fired obliquely. Rep Br Assoc Adv Sci 39:430–434
Whitworth J (1873) Miscellaneous papers on mechanical subjects: guns and steel. Longman, Green, Reader and Dyer, London
Wilson AW (1944a) The story of the gun. Royal Artillery Institution, London
Wilson AW (1944b) The story of the gun. 1. J Roy Artillery 71:227–240
Wilson AW (1945) The story of the gun. 3. J Roy Artillery 72:62–79
Yavetz I (2015) Bodies and media: on the motion of inanimate objects in Aristotle’s Physics and On the Heavens. Springer, Berlin
Acknowledgements
I would like to thank Ian Cullis, Joe Backofen, and Bradley Dodd for their encouragement during the writing of this chapter. I also wish to record my thanks for the existence of and access to the Cambridge University Library, the British Library, and the library of the Royal United Services Institute. “Forgotten Books” and Google Books were invaluable in making out of print publications easily available. Wikipedia was also useful in directing me to relevant articles and books.
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Appendix A: List of Nineteenth-Century Military, Engineering, and Scientific Journals Containing Information Relevant to This Review
Appendix A: List of Nineteenth-Century Military, Engineering, and Scientific Journals Containing Information Relevant to This Review
Note that due to constraints of time and difficulty of access, the author was not able to consult the non-English literature in the original languages. However, many articles of interest were translated at the time and republished in both British and American journals. The journals are listed here for the benefit of future researchers.
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American Journal of Science (still published)
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Arms and Explosives (UK journal, published 1893–1920)
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Army Quarterly (UK journal; now Army Quarterly Defence Journal)
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Artilleriskii Journal (in Russian)
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Artilleristische Monatshefte
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Baumaterialenkunde (started 1896)
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Bulletin Belge Sciences Militaires
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Bulletin Renseignements Artillerie
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Bulletin Des Sciences Militaires
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Bulletin de la Société d’Encouragement pour l’Industrie Nationale
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Comptes Rendus Hebdomadaires des Séances de l’Académie des Sciences
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Dingler’s Polytechnische Journal
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Engineering
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Giornale di’Artiglieria e Genio
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Journal of the American Society of Naval Engineers
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Journal of the Franklin Institute (started 1826 and still published)
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Journal of Natural Philosophy, Chemistry, and the Arts (Nicholson’s Journal; pulished 1797–1814, when it was merged with The Philosophical Magazine)
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Journal des Sciences Militaires
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Journal Royal United Services Institute (started 1857)
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Journal of the United Services Institute of India
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Journal of the United States Artillery (published 1892–1922)
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Kriegstechnische Zeitschrift
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Kynoch Journal
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Memoirs of the American Academy of Arts and Sciences
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Memoirs of the Manchester Literary and Philosophical Society
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Mémorial de l’Artillerie Française
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Mémorial de l’Artillerie Marine
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Memorial de Artilleria
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Mémorial des Poudres Et Salpêtres
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Militär-Wochenblatt
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Minutes and Proceedings of the Institute of Civil Engineers (started 1837)
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Minutes and Proceedings of the Royal Artillery Institute
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Mitteilungen über Gegenstände des Artillerie- und Geniewesens
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Nuovo Cimento (started 1855)
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Philosophical Magazine (started 1798)
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Philosophical Transactions of the Royal Society of London (started 1665)
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Proceedings of the American Philosophical Society
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Proceedings of United States Naval Institute
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Professional Papers of the Corps of Royal Engineers (started 1837)
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Reports of the British Association for the Advancement of Science
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Rivista di Artiglieria e Genio
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Revista Cientifico-Militar
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Revue Armée Belge
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Revue Artillerie
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Revue du Génie Militaire
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Revue Maritime
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Revue Militaire des Armées Etrangères
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Revue Militaire Française
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Revue Militaire Suisse
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Scientific American (still published)
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Stahl und Eisen (started 1881)
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The Engineer
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The Military Engineer
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The Military Review
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The Royal Engineers Journal (started 1870)
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Transactions of the American Society of Mechanical Engineers (started 1880)
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Transactions of the Institute of Engineers and Shipbuilders of Scotland
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Transactions of the Institute of Naval Architects
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Transactions of the North East Coast Institute of Engineers and Shipbuilders
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Zeitschrift des vereines deutscher Ingenieure
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Walley, S.M. (2018). The Beginnings of the Use of Iron and Steel in Heavy Armour. In: Kaufman, B., Briant, C. (eds) Metallurgical Design and Industry. Springer, Cham. https://doi.org/10.1007/978-3-319-93755-7_2
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