New Evidence on the Original Setup of the ‘Tilbury Group’, Formerly in the Tower of London

Abstract

An argument is presented that Valentine Green’s mezzotint engraving ‘Queen Elizabeth at the Head of her Army at Tilbury-Fort, A.D. 1588’ (1792) was inspired by the late 18th-century life-sized group of three figures representing the same subject that was formerly on show at the Tower of London. The mezzotint presented in Acta Historica Reginarum Angliae is the only known image of the original pre-1828 setup of the display, showing the figure of the queen in a skirt-like piece of armour that has since been re-identified as King Henry VIII’s tonlet armour.     

The iron hat from Shaw House

Abstract

The small unpublished group of armour of the mid 17th century from Shaw House in Berkshire, scene of fighting in the 2nd battle of Newbury in 1644, is preserved in the West Berkshire Museum in Newbury. The group includes an exceedingly rare form of helmet of the period, one made in the form of a broad brimmed hat. The article discusses the small group of known examples, and illustrates the closest comparable iron hat from the Scott collection in Glasgow Museums and Art Galleries.     

Armourers’ Tools in England

Abstract

Little literature on the specialist tools of armourers exists, and the principal account is now over a century old. This paper introduces a new, unpublished account of the equipment of the English royal armour workshop in the fourteenth century which provides detailed information about the craft of the armourer in the early phase of plate armour, and illustrates the continuity in the craft in the succeeding centuries.     

Gill — A Family of Sword Cutlers

Abstract

Amongst the armour in the collection of the British Museum is a kettle-hat (Object Number: P&;E 1856,0701·2243) that was found in London during the second quarter of the nineteenth century. In January 2010, the kettle-hat was conserved before its loan to the Royal Armouries Museum for display at the Tower of London. New findings that occurred during conservation led to the most in-depth technical examination and analysis of this relatively unknown helmet since its discovery.

This paper aims to interpret the British Museum’s kettle-hat from art historical perspectives in order to place it in a wider context. The development of the kettle-hat during the 14th and 15th centuries is described along with the subsequent derivatives of transitional or progressive forms of helmet. Through stylistic comparison and consideration of related evidence it is suggested that the British Museum kettle-hat dates to the late 14th century and is of western European, possibly English, workmanship. Furthermore, although the British Museum helmet has much in common with typical forms of kettle-hat, it also has features, such as a short tail-piece, that suggest it may be closely related to some early forms of sallet.     

Critical interfaces in body armour systems

The ballistic performance, and behaviour, of an armour system is governed by two major sets of variables, geometrical and material. Of these, the consistency of performance, especially against small arms ammunition, will depend upon the consistency of the properties of the constituent materials. In a body armour system for example, fibre diameter, areal density of woven fabric, and bulk density of ceramic are examples of critical parameters and monitoring such parameters will form the backbone of associated quality control procedures. What is often overlooked, because it can fall into the User’s domain, are the interfaces that exist between the various products; the carrier, the Soft Armour Insert (SAI), and the one or two hard armour plates (HAP1 and HAP2). This is especially true if the various products are sourced from different suppliers.There are between 30 and 150 individual layers within a typical body armour system, and each of the interfaces between each of those layers will, in some way or another, contribute to the ballistic performance of the system. For example, consider the following interfaces/interlayers: (i) the frictional, sliding, inter-ply surfaces within a soft armour pack, and also between the pack and the carrier, (ii) the air-gaps that may develop within the soft armour pack, (iii) the interconnecting space between the soft armour pack and the hard armour plate, (iv) the nature of the interfaces between adjacent plies of a multiplied backing laminate, even in a highly compressed Ultra High Molecular Weight Polyethylene (UHMWPE) variant, (v) the interlayer between the ceramic and its substrate, within a HAP, and (vi) the geometrical fit between two hard armour plates within a stacked body armour system. This paper will provide a User-friendly overview of all such interfaces and provide unique guidance as to their criticality and influence.     

Dynamic impact protective body armour: A comprehensive appraisal on panel engineering design and its prospective materials

Personal body armour is one of the most important pieces of equipment to protect human beings from various critical and fatal injuries. In today’s modern world, various organizations including law enforcement and security service have made it mandatory for their personnel to wear personal protection system while on field duty. However, the systems should comprise an improved ballistic performance, light-weighted, flexible as well as comfortable panel not only to be accepted with a wider range but also for effective performances of the consumer. Generally, the overall performances of the protective body armour could be affected by various parameters including armour design techniques, type of materials used and finishing of the panels. The current paper aims to critically review state-of-art for armour panel design techniques and the different perspective body armour materials. The paper starts by discussing the different body armour and its category. Later, the different states of technology for armour panel design (mostly for women), its problems and the possible solutions will be cited. Later, the commonly used different polymeric fibrous and the future possible advanced materials including carbon nanotube (CNT), Graphene CNT and shear thickening fluids (STFs) treated materials for developing the reinforced body armour panel will be discussed. The authors believe that this paper will enlighten useful guidelines and procedures about the different panel design techniques and current and promising future materials for researchers, designers, engineers and manufacturers working on the impact resistance body armour field.     

The Blind Basinet: A New Interpretation of Royal Armouries IV.2

For many years a curiosity in the collection of the Royal Armouries, IV.2, or the ‘Blind Basinet’, is a fascinating example of an early 16th century great basinet not so much for what is present but for what is not. The lack of any means of seeing out of the helmet has led to a number of traditions regarding its provenance and purpose. A detailed examination of the helmet’s interior, as well as comparison with some other contemporary pieces, shows that it is an unfinished piece of armour. It was left at the stage where the sights and breaths would have been pierced, but they were left unfinished until some later modifications created a display piece, one which can still be seen at the Royal Armouries in Leeds.     

Armour in Henry V’s Great Wardrobe

Abstract

The unpublished accounts of two of King Henry V’s armourers, Martin Pull and John Hill, shed new light on the armour worn by the king and his circle during his campaigns to France which culminated in the great victory at the battle of Agincourt in 1415.     

Ballistic response of armour plates using Generative Adversarial Networks

It is important to understand how ballistic materials respond to impact from projectiles such that informed decisions can be made in the design process of protective armour systems. Ballistic testing is a standards-based process where materials are tested to determine whether they meet protection, safety and performance criteria. For the V₅₀ ballistic test, projectiles are fired at different velocities to determine a key design parameter known as the ballistic limit velocity (BLV), the velocity above which projectiles perforate the target. These tests, however, are destructive by nature and as such there can be considerable associated costs, especially when studying complex armour materials and systems. This study proposes a unique solution to the problem using a recent class of machine learning system known as the Generative Adversarial Network (GAN). The GAN can be used to generate new ballistic samples as opposed to performing additional destructive experiments. A GAN network architecture is tested and trained on three different ballistic data sets, and their performance is compared. The trained networks were able to successfully produce ballistic curves with an overall RMSE of between 10 and 20 % and predicted the V₅₀ BLV in each case with an error of less than 5 %. The results demonstrate that it is possible to train generative networks on a limited number of ballistic samples and use the trained network to generate many new samples representative of the data that it was trained on. The paper spotlights the benefits that generative networks can bring to ballistic applications and provides an alternative to expensive testing during the early stages of the design process.     

Feeding the Lion: China and defence development in African states

ABSTRACT

In analysing trends in Chinese defence engagement and their impact on defence development in African states, it is important to consider both China's changing policy priorities and its capabilities for the provision of defence support. China's international ambitions and its economic development contribute to its emergence as a key supporter of defence capability development in Africa, occupying a crucial niche as a provider of support, particularly arms transfers, appropriate to evolving local requirements. The economic and politico-military imperatives driving China's engagement of Africa, which stem from its economic reforms and re-emergence as a great power, are facilitating defence modernisation by accelerating the introduction of modern arms in substantial quantities. The commercial importance of arms exports and the growing importance of strategic ties strongly situate China to help sustain processes of defence capability development in African states over the long term.     

British tumbler mills: Key prototypical 19th-century machine tools used in gunmaking

Abstract

The author has been fortunate enough to examine three 'British' tumbler mills, two from the collections of the Birmingham Museums and Art Gallery and a third mill in a private collection. These mills are all known to have been collected from the gun trade in the West Midlands in the post war period. The mill in the private collection has recently been shown to be dated June 1813. This mill is therefore one of the earliest known special purpose milling machines and is clearly contemporary with the advances proceeding in the US led by John Hall and others to evolve the milling process. This short paper describes the British style of tumbler mill and its context.     

The Archduke and the Bullet-Proof Vest: 19th-Century Innovation Versus 20th-Century Firepower

Abstract

To substantiate or otherwise the historical rumours that claim that the Archduke Franz Ferdinand failed to wear a piece of silk bullet-proof body armour on the day of his assassination, 28 June 1914, the likelihood of the Archduke possessing this invention is assessed and its composition and design is considered. The capabilities of such armours, the brainchild of priest-turned-inventor Casimir Zeglen, against the FN Browning Model 1910, in .380 ACP, the same model of self-loading pistol used to assassinate Franz Ferdinand, were tested.     

Addressing the “headwinds” faced by the European arms industry

ABSTRACT

The European arms industry is challenged by several adverse “headwinds.” Fragmentation leads to costly duplications and, in conjunction with stagnating budgets and sharply increasing costs, prevents firms from exploiting economies of scale and learning. This is exacerbated by size differentials vis-a-vis the leading US arms manufacturers and competition from emerging producers. As some “headwinds” are self-enforcing, far-reaching industrial and policy responses are required to improve the industry's outlook. As exports may not indefinitely compensate for low domestic demand, there is an economic imperative for further cross-border collaboration and consolidation. Despite various EU policy initiatives, progresses regarding the European Defence Equipment Market and strengthening the European Defence Technological Industrial Base have been relatively slow. It remains to be seen whether the European Defence Fund will be the proclaimed “game-changer,” raising competitiveness of the European arms industry. At the same time, the UK's withdrawal from the EU adds uncertainties.     

The Cyprus puzzle and the Greek - Turkish arms race: Forecasting developments using genetically evolved fuzzy cognitive maps

The scope of this paper is to forecast the extent to which a settlement of the Cyprus issue may be possible given the decisions taken during the Copenhagen EU summit. It aims, in addition, at investigating the possibilities of improvement in Greek-Turkish relations which may lead, in turn, to reducing the arms race between the two countries. The paper uses a Genetically Evolved Certainty Neuron Fuzzy Cognitive Map algorithm to consider a number of scenarios examining the possible reactions of all sides involved in the Cyprus issue, namely Greece, Turkey, Cyprus, the Turkish-Cypriot community and the international environment. All simulation exercises suggest that the Greek and the Cypriot side should not necessarily rely on the decisions taken during the Copenhagen summit conference. The forecasts point out, in addition, that the optimism of the Greek government concerning the outlook of its relations with Turkey, and a subsequent reduction of the arms race against it, is far from being justified.     

William and John Pickering and the garniture made for the Prince of Brunswick under their supervision at the Royal ‘Almain’ Armoury at Greenwich, 1610 to 1612

Abstract

The princely garniture ‘commanded’ to be made by Prince Henry Frederick for his cousin, Prince Friedrich Ulrich, later Duke of Brunswick, from the Royal ‘Almain’ Armoury at Greenwich, during the stewardship of the Master Armourer, William Pickering, his son, John, and the men of the Greenwich workshop, is described, illustrated and discussed. Accounts are presented of the lives and work of the Pickerings and the evidence is reviewed for the manufacture of this last decorated garniture of the Greenwich School.     

The Tower at War 1914–18: Foreman Buckingham Goes To War

Abstract

A small part of the White Tower displays at the Royal Armouries at the Tower is marking the centenary of the First World War and the role the Tower of London played in the War, the links between the site, its staff and the great event are described. The importance of Charles ffoulkes as curator in developing the collection is emphasized. The choice of display content and the way the exhibition will change to reflect each year of the war is described, starting with material from 1914 displayed during 2014 in ‘Foreman Buckingham goes to war’.     

Royal Armouries Acquisitions 2012

Abstract

The Royal Armouries collection contains many Indian combination weapons, many of which have neither been published nor displayed. This article sets out to describe three unusual firearm related items. These are what appears to be an elaborate gunner's staff of a unique type, a pair of guns that can be combined and shot as a combination and finally a percussion gun shield.     

Arms Racing and the Costs of Arms Imports: A Stochastic Model

The paper draws on the demand for arms imports model of Levine and Smith (1995, 1997) using stochastic processes of the birth-death type in steady state. It assumes two antagonistic regional players engaged in an armaments race satisfying their demand for military hardware through imports from the international market. The paper examines the effects that arms imports have on the military balance between the two recipient countries. It constructs a state space of possible outcomes in terms of the military balance/imbalance between the two countries involved. A new variable is introduced which tries to encapsulate the absolute difference in their respective security functions at any moment in time. This variable affects the transition from one state of affairs to the other.     

The inherent propensity toward peace or war embodied in weaponry

Thomas Schelling argues that armed adversaries face an inherent propensity toward peace or war embodied in their weaponry, geography and military organizations. Inherent propensity is the idea that there are characteristics embodied in the weapons that push adversaries toward peace or war, independent of the goals of the decision‐makers, the political disagreement between adversaries, and misperceptions about mutual resolve and hostility. We theoretically illustrate inherent propensity in conventional and nuclear arms settings using Lanchester and Intriligator war models. Our work extends the Intriligator‐Brito model, identifies when the competing Richardson and Intriligator‐Brito views of the relationship between arms races and war are correct, illustrates the stabilizing/destabilizing effects of alliances, and highlights the importance of arms quality control in the US‐USSR relationship.