Masters of War: the AIF in France 1918
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A History of RG Letourneau's Earliest Scrapers
A History of R.G. LeTourneau’s Earliest Scrapers: Culminating in the 1922 Mountain Mover 1 John H. Niemelä, Ph.D. Research Assistant: Dale Hardy Commemorating the November 29, 2004, Designation by the A.S.M.E. of R.G. LeTourneau’s Mountain Mover at LeTourneau University, Longview, TX as a Historic Mechanical Engineering Landmark November 29, 2004 Version 1.1B (October 31, 2007) © All Rights Reserved 1 This is the most recent revision of a paper submitted to the American Society of Mechanical Engineers: “Nomination of R.G. LeTourneau’s Mountain Mover for ASME Historic Mechanical Engineering Landmark.” Four minor revisions have preceded this one: 1.01, 1.02, 1.03, and 1.04. The first major revision was 1.1A. This is a minor revision. The next minor one would be 1.1C. The next major revision would be 1.2A. * signifies that reference materials cited within a footnote contain pertinent pictures. A PERSONAL INTRODUCTION The present author’s interest in R.G. LeTourneau is long-standing. My father, George Niemelä, Sr., was a mechanic, welder, heavy-equipment operator, and businessman in northern California. When the author was a boy, Dad worked for R.G.’s brothers-in-law (Howard and Buster Peterson) at Peterson Tractor, a Caterpillar dealership based in San Leandro, CA. He was a machinist/welder in the first crew of Peterson’s Roller Exchange Shop. 2 In 1961 Dad opened an equipment rental yard in Stockton, CA (Bee Wise Tool and Equipment Rental). His business was two blocks from a Montgomery-Ward warehouse that once was R.G.’s second Stockton factory (built in 1930, expanded in 1934). -
Medium Mark a Whippet
MEDIUM MARK A WHIPPET DAVID FLETCHER ILLUSTRATED BY HENRY MORSHEAD © Osprey Publishing • www.ospreypublishing.com NEW VANGUARD 207 MEDIUM MARK A WHIPPET DAVID FLETCHER ILLUSTRATED BY HENRY MORESHEAD © Osprey Publishing • www.ospreypublishing.com CONTENTS THE WHIPPET’S FORERUNNER: THE TRITTON CHASER 4 PRODUCTION OF THE WHIPPET 10 DRIVING THE WHIPPET 12 THE WHIPPET IN ACTION 16 WHIPPETS ABROAD 29 MEDIUM B 30 MEDIUM C: THE HORNET 36 MEDIUM D 40 THE STUDEBAKER TANK 46 INDEX 48 © Osprey Publishing • www.ospreypublishing.com MEDIUM MARK A WHIPPET THE WHIPPET’S FORERUNNER: THE TRITTON CHASER According to the engineer William Tritton, credited as one of the inventors of the tank, he was asked to produce a lighter tank when he visited the Somme on 20 September 1916. This was only five days since tanks had been launched onto the battlefield for the very first time. Tritton does not say who requested this, but the implication must be that it was Sir Douglas Haig, Commander-in-Chief of the British Expeditionary Force (BEF), either directly or through his staff. No matter who was responsible, it was either remarkably prescient or a very lucky guess. It is valid to ask whether the idea of a faster, lighter machine was considered as an alternative to the slower, heavier tanks, or as an adjunct to them, which we have always assumed, but the fact that Tritton’s design did not have the trench crossing ability of the heavy tanks, and that improved versions of the heavy tank were developed, must support the adjunct theory in retrospect. It is interesting to consider what fellow engineer Walter Wilson, another crucial contributor to the early tank, knew of all this. -
The Evolution of British Tactical and Operational Tank Doctrine and Training in the First World War
The evolution of British tactical and operational tank doctrine and training in the First World War PHILIP RICHARD VENTHAM TD BA (Hons.) MA. Thesis submitted for the award of the degree of Master of Philosophy by the University of Wolverhampton October 2016 ©Copyright P R Ventham 1 ABSTRACT Tanks were first used in action in September 1916. There had been no previous combat experience on which to base tactical and operational doctrine for the employment of this novel weapon of war. Training of crews and commanders was hampered by lack of vehicles and weapons. Time was short in which to train novice crews. Training facilities were limited. Despite mechanical limitations of the early machines and their vulnerability to adverse ground conditions, the tanks achieved moderate success in their initial actions. Advocates of the tanks, such as Fuller and Elles, worked hard to convince the sceptical of the value of the tank. Two years later, tanks had gained the support of most senior commanders. Doctrine, based on practical combat experience, had evolved both within the Tank Corps and at GHQ and higher command. Despite dramatic improvements in the design, functionality and reliability of the later marks of heavy and medium tanks, they still remained slow and vulnerable to ground conditions and enemy counter-measures. Competing demands for materiel meant there were never enough tanks to replace casualties and meet the demands of formation commanders. This thesis will argue that the somewhat patchy performance of the armoured vehicles in the final months of the war was less a product of poor doctrinal guidance and inadequate training than of an insufficiency of tanks and the difficulties of providing enough tanks in the right locations at the right time to meet the requirements of the manoeuvre battles of the ‘Hundred Days’. -
Tanks and Tank Warfare | International Encyclopedia of The
Version 1.0 | Last updated 17 May 2016 Tanks and Tank Warfare By Michael David Kennedy World War I introduced new technologies and doctrine in a quest to overcome the tactical stalemate of the trenches. The first tanks had great potential that would be capitalized upon during the next world war, but early models suffered from design flaws and lack of doctrine for their use on the battlefield. Table of Contents 1 Definition and Background 2 Characteristics 3 Development in Great Britain 4 Battle of the Somme (1 July-18 November 1916) 5 Battle of Cambrai (20-30 November 1917) 6 French Tanks 7 German Tanks 8 Tanks in the American Expeditionary Forces 9 Impact of Tanks on World War I Selected Bibliography Citation Definition and Background Tanks are armored vehicles designed to combine the military factors of fire, maneuver and protection. Although the concept of armored vehicles preceded the Great War, the tank was specifically developed to overcome the stalemate of trench warfare on the Western Front that followed the First Battle of Ypres (19 October-22 November 1914). The marrying of recent technological advances, such as the internal combustion engine with armor plating, enabled the tank’s development during World War I. Characteristics The first tanks introduced in 1916 were generally slow and hard to maneuver, and they performed poorly in rugged terrain. The early models were heavily influenced by commercial tractors. While impervious to barbed wire, small arms, and shrapnel, their primitive armor was still susceptible to heavy machine gun fire and direct hits from high explosive artillery rounds. -
The Role of Chinese Labour Corps in Repairing and Maintaining British
Published in Surveying and Built Environment, Vol. 21, Issue 12 (Dec. 2011), 12-20. (ISSN 1816-9554) Chinese Eyes on British Tanks: Historical Verification of a War Heritage Lee Ho Yin ______________________________________________ ABSTRACT This paper is about a British military tradition with a Chinese connection. It has taken the author several years of research to dispel the myth that has long shrouded the true origins of a regimental tradition of the 1st Royal Tank Regiment of the British Army. This tradition is a pair of eyes, known as the "Chinese Eyes," painted on the bows or turrets of British tanks from World War I to the present day. As such, the "Chinese Eyes" can be regarded as an intangible heritage expressed on the tangible hardware of the British Army. Using the research methodology for architectural conservation, the author attempts to rediscover obscured historical evidence, using it to chronologically reconstruct the events leading to the creation of this tradition. KEYWORDS Military heritage, historical research, interpretation, authenticity. Director, Architectural Conservation Programme (ACP), Faculty of Architecture, The University of Hong Kong. E-mail: [email protected] 1 INTRODUCTION: METHODOLOGY AND ORIGINS OF RESEARCH It is a little known fact that British tanks, produced in the thousands during World War I, were cared for by the skillful hands of the Chinese Labour Corps.1 Who would have thought that there is such a seemingly improbable connection between Chinese men and British war machines? More incredibly, who would have thought that a Chinese individual – an individual with an indirect link with Hong Kong – was responsible for creating a famous military tradition of British tanks – a pair of eyes, known as the "Chinese Eyes" that have been painted on British tanks since World War I. -
The Historical Combat Effectiveness of Lighter-Weight Armored Forces
The Dupuy Institute 1497 Chain Bridge Road Suite 100 McLean, VA 22101 Phone: (703) 356-1151 Fax: (703) 356-1152 Website: http://dupuyinstitute.org/ THE HISTORICAL COMBAT EFFECTIVENESS OF LIGHTER-WEIGHT ARMORED FORCES FINAL REPORT Contract Number DASW01-98-D-0058, Task Order 005 6 August 2001 Prepared for: U.S. Department of the Army Center for Army Analysis 6001 Goethals Road Fort Belvoir, Virginia 22060-5230 I. INTRODUCTION..................................................................................................................................................... 1 Definitions .................................................................................................................................................... 1 Study Plan..................................................................................................................................................... 2 Technology ................................................................................................................................................... 3 Wheeled Tanks ............................................................................................................................................. 3 The Interim Brigade/Division ....................................................................................................................... 4 II. USE OF ARMOR IN CONTINGENCY OPERATIONS........................................................................................ 5 Presence of Armor in SSCOs....................................................................................................................... -
French Tanks of World War I Free
FREE FRENCH TANKS OF WORLD WAR I PDF Steven Zaloga,Tony Bryan | 48 pages | 21 Dec 2010 | Bloomsbury Publishing PLC | 9781846035135 | English | Oxford, England, United Kingdom French Army in World War I - Wikipedia Goodreads helps you keep track of books you want to read. Want to Read saving…. Want to Read Currently Reading Read. Other editions. Enlarge cover. Error rating book. Refresh and try again. Open Preview See a Problem? Details if other :. Thanks for telling us about the problem. Return to Book Page. Zaloga. Tony Bryan Illustrator. This title examines the emergence of the first modern tank, the Renault FT. It is a little known fact that France fielded more tanks in World War I than any other army. However, France's early tanks suffered from poor mobility and armor compared to their contemporaries. Indeed, their initial use on the Chemin des Dames in was a bloody fiasco. In spite of initial set-b This title examines the emergence of the first modern tank, the Renault FT. In spite of initial set-backs, the French army redeemed its reputation with the Renault FT. The Renault FT pioneered the modern tank design, with armament in a revolutionary central turret and the engine in the rear. More importantly, the Renault was designed to be cheap and easy to manufacture. Discover the history of the early French armor developments and their triumphant new design, the Renault FT, that helped to turn the tide of war in the favor of the Allies. Get A Copy. Paperback48 pages. More Details Osprey New Vanguard Other Editions 6. -
Part 1. Timeline in the Development of Agricultural Tractors and Power Units Note: the Italic Letters at the End of Each Entry Refer to the References
Part 1. Timeline in the Development of Agricultural Tractors and Power Units Note: the italic letters at the end of each entry refer to the references. 1705 Atmospheric steam engine invented by Englishmen Thomas Newcomen, 1663- 1729, with John Calley (or Cawley), ??-1725, and partnered with Thomas Savery, c. 1650- 1725, for its application. EB EWB GI MWBD 1769 Steam, three-wheeled, road wagon built and demonstrated in France by Nicolas J. Cugnot, 1725-1804, first used for moving artillery pieces. DDI EB GI AT WOI 1769 Steam engine using a separate condenser patented by Scot James Watt, 1736- 1819, who is often credited as the inventor of the steam engine. This engine was manufac- tured from 1774-1806. ATEN EB EWB HT MWBD 1781 Steam engine that provided means of changing the motion of the piston to rotation for driving machinery patented by James Watt, 1736-1819. EB 1791 Gas engine using coal gas awarded British patent to John Barber of England. HFP 1792-1794 Steam carriage built by William Murdock, 1754-1839, an associate of James Watt, 1736-1819. EB 1794 Internal combustion gas engine using piston and cylinder patented in Great Britain by American Robert Street, 18th century, the gas being hydrogen-air mixtures or “illuminat- ing gas,” a vaporized gas from oil or coal. EB HFP MWBD 1799 Coal gas engine that compressed a mixture of gas and air before ignition patented and constructed by Frenchman Philippe Lebon, 1767-1804. HFP HI MWBD 1801, 1802 Practical steam (vertical boiler) vehicle (carriage) made by Englishman Rich- ard Trevithick, 1771-1833. -
{PDF} French Tanks of the Great War: Development, Tactics And
FRENCH TANKS OF THE GREAT WAR: DEVELOPMENT, TACTICS AND OPERATIONS PDF, EPUB, EBOOK Dr. Tim Gale | 256 pages | 05 Aug 2016 | Pen & Sword Books Ltd | 9781473823501 | English | South Yorkshire, United Kingdom French Tanks of the Great War: Development, Tactics and Operations PDF Book It was utilised as far away as in China, during the Chinese Civil wars, and versions of the tank were used both against and by the Japanese during the invasion of China. Namespaces Article Talk. The story will be fascinating reading for anyone who is interested in the Great War, the French army, military innovation and the history of armored warfare. English French German Italian Spanish. The Saint-Chamond tanks, first deployed on 5 May, proved to be so badly designed that they were unable to cross the first line of German trenches. The last 35 new battle tanks were in ordered by Cyprus and the last new variant vehicles, a batch of twenty GCTs, in by France. Chlorine gas attacked the eyes and respiratory system; mustard gas did the same but also caused blistering on any exposed skin. In December , the influential Colonel Estienne made the Supreme Command very enthusiastic about the idea of creating an armoured force based on these vehicles; strong Army support for tanks would be a constant during the decades to come. De Gaulle used it to delegitimize cooperation with the Vichy regime. Submarines could strike unseen from beneath the waves with torpedoes but also surfaced to use their deck gun. Continue Shopping View Basket. The resulting disorder and breakdown of most of its S 35s rendered this unit, the most powerful of all Allied divisions, impotent; it was defeated by the German 5th Panzerdivision on 17 May. -
General Sir Rupert Smith, a British Army Paratrooper Who Commanded
LESSONS TO BE Maj Gen Jagatbir Singh, VSM (Retd) LEARNT FROM is an alumini of Doon School and St Stephens College. He retired in Feb 2018 UK’s DECISION and has been writing articles on Defence DILEMMA ON related issues for the Tribune and various journals. TANKS General Sir Rupert Smith, a British Army paratrooper who commanded the 1st Armoured Division in his book ‘Utility of Force’ wrote that; “Armies do not prepare for the last war, they frequently prepare for the wrong one- if for no other reason the governments will usually fund only the anticipated primary threat as opposed to the risk and the opponent will usually play to his opponents weakness (the risk) rather than the strength (the primary threat).” The debate in the UK, resulting in the decision to do away with their heavy tanks may well be traced to the comments of Gen Rupert Smith. Having delayed modernization of its main battle tank fleet, and now faced with the prospect of an expensive replacement, or costly upgrades, the UK is in a decision dilemma regarding the options available. In essence a tank is essentially a mobile weapon platform, with protection for its crew to enable it to move in an unhindered manner on the battlefield. The essential elements of a tank remain firepower or lethality; mobility or 2 maneuverability; and protection or survivability; along with their various sub systems which include communications and sensors. The design of the tank is essentially a careful blend of these factors. It is this balance of its three essential components that makes the critical difference in its effectiveness. -
What You Will Find Inside Great War
What you will find inside Great war THE GERMANS THE FRENCH Confident Veteran and Confident TrainedNew Reluctant Veteran Metropolitan Rifle Company. Infanteriekompanie. New Fearless Veteran Colonial Rifle Company. New Fearless Veteran Stosskompanie (Assault Company), With options for: the ultimate attacking company. • Flame-throwers With options for: • Machine-guns • Flame-throwers • Trench Mortars • Machine-guns • 37mm mle 1916 infantry guns – ROF 3 and AT 4 • 7.6cm Minenwerfers (mine-throwers or mortars) – ROF 2 and FP 2+ And supported by: • 75mm mle 1897 guns – ROF 2, AT 8 and 24” range The Infanteriekompanie can also field: • FT-17 tanks – with machine-gun or 37mm gun • 3.7cm TaK anti-tank guns – ROF 2 and AT 5 • Schneider CA.1 tanks – 2 MGs and an AT 5, ROF 2 gun • Granatenwerfers (Grenade throwers) – ROF 2 and FP 3+ • Char Saint Chamond tanks – 4 MGs and a 75mm mle 1897 And supported by: gun • 7.62cm infantry guns – ROF 2 and AT 5 • As well as options to field British tanks • 7.7cm artillery – ROF 2, AT 8and 24” range • A7V tanks – six MGs and ROF 2, AT 6 57.cm gun THE AMERICANS • Captured British tanks! New Confident Veteran 1st US Infantry Division (Big Red One) Rifle Company THE BRITISH New Confident Trained 42nd Infantry Division Rifle Confident Trained Line Division Rifle Company Company Confident Veteran Elite Division Rifle Company With options for: With options for: • Flame-throwers • Machine-guns • Machine-guns • Trench Mortars • Trench Mortars • 37mm mle 1916 infantry guns – ROF 3 and AT 4 And supported by: • Mark A Whippet -
Cadernos Do IUM N.º22
INSTITUTO UNIVERSITÁRIO MILITAR STORM WATCHING. A NEW LOOK AT WORLD WAR ONE 1 Autor Coronel Nuno Correia Neves IUM – Centro de Investigação e Desenvolvimento (CIDIUM) Novembro 2017 1 The contents of this IUM Notebooks are the sole responsibility of the author and do not necessarily reflect the official views of the Military University Institute.... Cadernos do IUM N.º 22 Os Cadernos do IUM têm como principal objetivo divulgar os resultados da in- vestigação desenvolvida no/sob a égide IUM, autonomamente ou em parcerias, que não tenha dimensão para ser publicada em livro. A sua publicação não deverá ter uma periodicidade definida. Contudo, deverão ser publicados, pelo menos, seis números anualmente. Os temas devem estar em consonância com as linhas de investigação prioritárias do CID/IUM. Devem ser publicados em papel e eletronicamente no sítio do IUM. Consideram-se como objeto de publicação pelos Cadernos do IUM: • Trabalhos de investigação dos investigadores do CID/IUM ou de outros in- vestigadores nacionais ou estrangeiros; • Trabalhos de investigação individual ou de grupo de reconhecida qualidade, efetuados pelos discentes, em particular pelos do CEMC e pelos auditores do CPOG que tenham sido indicados para publicação e que se enquadrem no âm- bito das Ciências Militares, da Segurança e Defesa Nacional e Internacional; • Papers , ensaios e artigos de reflexão produzidos pelos docentes; • Comunicações de investigadores do IUM efetuadas em eventos científicos (e.g., seminários, conferências, workshops , painéis, mesas redondas), de