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The Bow and Arrow in the Book of Mormon
The Bow and Arrow in the Book of Mormon William J. Hamblin The distinctive characteristic of missile weapons used in combat is that a warrior throws or propels them to injure enemies at a distance.1 The great variety of missiles invented during the thousands of years of recorded warfare can be divided into four major technological categories, according to the means of propulsion. The simplest, including javelins and stones, is propelled by unaided human muscles. The second technological category — which uses mechanical devices to multiply, store, and transfer limited human energy, giving missiles greater range and power — includes bows and slings. Beginning in China in the late twelfth century and reaching Western Europe by the fourteenth century, the development of gunpowder as a missile propellant created the third category. In the twentieth century, liquid fuels and engines have led to the development of aircraft and modern ballistic missiles, the fourth category. Before gunpowder weapons, all missiles had fundamental limitations on range and effectiveness due to the lack of energy sources other than human muscles and simple mechanical power. The Book of Mormon mentions only early forms of pregunpowder missile weapons. The major military advantage of missile weapons is that they allow a soldier to injure his enemy from a distance, thereby leaving the soldier relatively safe from counterattacks with melee weapons. But missile weapons also have some signicant disadvantages. First, a missile weapon can be used only once: when a javelin or arrow has been cast, it generally cannot be used again. (Of course, a soldier may carry more than one javelin or arrow.) Second, control over a missile weapon tends to be limited; once a soldier casts a missile, he has no further control over the direction it will take. -
Klopsteg, Turkish Archery & the Composite
FfootJiptecc: Sketch of a Turkish archcr at full draw, ready to loose a flight arrow. [Based on a photoK'aph by Dr. Stocklcin published in llalıl I.them “U Palai* Dc Topkapou (Vicux Scrail)”. Mitnm. <k U Ltbratic Kanaat 1931 page 17. Information supplied by Society of Archcr-Antiquaries member Jamcr. H. Wiggins. | TURKISH ARCHERY AND THE COMPOSITE BOW by Paul E. Klopsteg F ormer D irector of R esearch N orthwestern T echnological I nstitute A Review of an old Chapter in the Chronicles of Archery and a Modern Interpretation Enlarged Third Edition Simon Archery Foundation The Manchester Museum, The University Manchester M139PL, Kngland Also published by the Simon Archcry Foundation: A Bibliography of Arthtry by Fred Lake and HaJ W right 1974 ISBN 0 9503199 0 2 Brazilian India» Arcbeiy bv E. G. Heath and Vilma Chiara 1977 ISBN 0 9503199 1 0 Toxopbilns by Roger Ascham 1985 ISBN 0 9503199 0 9 @ Paul E. Klopsteg, 1934, 1947 and 1987 First published by rhe author in the U.S.A. in 1934 Second edition, Revised published by the author in the U.S.A. in 1947 This enlarged edition published in 1987 JSBN 0 9503199 3 7 Printed and bound in Great Britain by Butler & Tanner Ltd, Frome and London c^ pur TABLE 0F CONTENTS Pa& In troduction ....................... ............................... ................................. Y|J Dr. Paul E. Klopsteg. Excerpts about him from articles written by him ...................................... ; .............................................................. IX Preface to the Second E d itio a ............................................................... xiii Preface to the First E dition........................................................ I The Background of Turkish Archery..................................... 1 II The Distance Records of the Turkish Bow......................... -
The Design of the Bow 1 B.W
The Design of the Bow 1 B.W. Kooi Abstract The invention of the bow and arrow probably ranks for social impact with the inven- tion of the art of kindling a ¯re and the invention of the wheel. It must have been in prehistoric times that the ¯rst missile was launched with a bow, we do not know where and when. The event may well have occurred in di®erent parts of the world at about the same time or at widely di®ering times. Numerous kinds of bows are known, they may have long limbs or short limbs, upper and lower limbs may be equal or unequal in length whilst cross-sections of the limbs may take various shapes. Wood or steel may be used, singly as in `self' bows, or mixed when di®erent layers are glued together. There are `composite' bows with layers of several kinds of organic material, wood, sinew and horn, and, in modern forms, layers of wood and synthetic plastics reinforced with glass¯bre or carbon. The shape of the bow when relaxed, may be straight or recurved, where the curvature of the parts of the limbs of the unstrung bow is opposite to the way they are flexed to ¯t the string. In previous papers we have dealt with the mechanics of the bow and arrow. The main subject of this paper is the design and construction of bows. Nondimension- alization of the problem leads to the introduction of the maximum elastic energy storage capacity per unit of mass as a material constant for strength. -
A Material Case for a Late Bering Strait Crossing Coincident with Pre-Columbian Trans-Pacific Crossings
SINO-PLATONIC PAPERS Number 39 August, 1993 A Material Case for a Late Bering Strait Crossing Coincident with Pre-Columbian Trans-Pacific Crossings by Jordan Paper Victor H. Mair, Editor Sino-Platonic Papers Department of East Asian Languages and Civilizations University of Pennsylvania Philadelphia, PA 19104-6305 USA [email protected] www.sino-platonic.org SINO-PLATONIC PAPERS is an occasional series edited by Victor H. Mair. The purpose of the series is to make available to specialists and the interested public the results of research that, because of its unconventional or controversial nature, might otherwise go unpublished. The editor actively encourages younger, not yet well established, scholars and independent authors to submit manuscripts for consideration. Contributions in any of the major scholarly languages of the world, including Romanized Modern Standard Mandarin (MSM) and Japanese, are acceptable. In special circumstances, papers written in one of the Sinitic topolects (fangyan) may be considered for publication. Although the chief focus of Sino-Platonic Papers is on the intercultural relations of China with other peoples, challenging and creative studies on a wide variety of philological subjects will be entertained. This series is not the place for safe, sober, and stodgy presentations. Sino-Platonic Papers prefers lively work that, while taking reasonable risks to advance the field, capitalizes on brilliant new insights into the development of civilization. The only style-sheet we honor is that of consistency. Where possible, we prefer the usages of the Journal of Asian Studies. Sinographs (hanzi, also called tetragraphs [fangkuaizi]) and other unusual symbols should be kept to an absolute minimum. -