RFI and the Initial Planning Application
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The Northgate Reconstruction
131 7 THE NORTHGATE RECONSTRUCTION P Holder and J Walker INTRODUCTION have come from the supposedly ancient quarries at Collyhurst some few kilometres north-east of the The Unit was asked to provide advice and fort. As this source was not available, Hollington assistance to Manchester City Council so that the Red Sandstone from Staffordshire was used to form City could reconstruct the Roman fort wall and a wall of coursed facing blocks 200-320 mm long by defences at Manchester as they would have appeared 140-250 mm deep by 100-120 mm thick. York stone around the beginning of the 3rd century (Phase 4). was used for paving, steps and copings. A recipe for the right type of mortar, which consisted of This short report has been included in the volume three parts river sand, three parts building sand, in order that a record of the archaeological work two parts lime and one part white cement, was should be available for visitors to the site. obtained from Hampshire County Council. The Ditches and Roods The Wall and Rampart The Phase 4a (see Chapter 4, Area B) ditches were Only the foundations and part of the first course re-establised along their original line to form a of the wall survived (see Chapter 4, Phase 4, Area defensive circuit consisting of an outer V-shaped A). The underlying foundations consisted of ditch in front of a smaller inner ditch running interleaved layers of rammed clay and river close to the fort wall. cobble. On top of the foundations of the fort wall lay traces of a chamfered plinth (see Chapter 5g) There were three original roads; the main road made up of large red sandstone blocks, behind from the Northgate that ran up to Deansgate, the which was a rough rubble backing. -
New Methodologies for the Documentation of Fortified Architecture in the State of Ruins
The International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences, Volume XLII-5/W1, 2017 GEOMATICS & RESTORATION – Conservation of Cultural Heritage in the Digital Era, 22–24 May 2017, Florence, Italy NEW METHODOLOGIES FOR THE DOCUMENTATION OF FORTIFIED ARCHITECTURE IN THE STATE OF RUINS F. Fallavollita a, A. Ugolini a a Dept. of Architecture, University of Bologna, Viale del Risorgimento, 2, 40136 Bologna, Italy - (federico.fallavollita, andrea.ugolini)@unibo.it KEY WORDS: Castles, Laser Scanner, Digital Photogrammetry, Architectural Survey, Restoration ABSTRACT: Fortresses and castles are important symbols of social and cultural identity providing tangible evidence of cultural unity in Europe. They are items for which it is always difficult to outline a credible prospect of reuse, their old raison d'être- namely the military, political and economic purposes for which they were built- having been lost. In recent years a Research Unit of the University of Bologna composed of architects from different disciplines has conducted a series of studies on fortified heritage in the Emilia Romagna region (and not only) often characterized by buildings in ruins. The purpose of this study is mainly to document a legacy, which has already been studied in depth by historians, and previously lacked reliable architectural surveys for the definition of a credible as well as sustainable conservation project. Our contribution will focus on different techniques and methods used for the survey of these architectures, the characteristics of which- in the past- have made an effective survey of these buildings difficult, if not impossible. The survey of a ruin requires, much more than the evaluation of an intact building, reading skills and an interpretation of architectural spaces to better manage the stages of documentation and data processing. -
KO DT Y3 Castles
Structures - Constructing a castle Key facts Flat objects with 2-dimensions, such as square, 2D shapes Castles can have lots of features such as rectangle and circle. towers, turrets, battlements, moats, Solid objects with 3-dimensions, such as cube, oblong gatehouses, curtain walls, drawbridges 3D shapes and sphere. and flags. A type of building that used to be built hundreds of Castle years ago to defend land and be a home for Kings and Queens and other very rich people. Flag A set of rules to help designers focus their ideas and Design criteria test the success of them. When you look at the good and bad points about Evaluation something, then think about how you could improve it. Battlement Façade The front of a structure. Feature A specific part of something. Flag A piece of cloth used as a decoration or to represent a country or symbol. Tower Net A 2D flat shape, that can become a 3D shape once assembled. Gatehouse Recyclable Material or an object that, when no longer wanted or needed, can be made into something else new. Curtain wall Turret Scoring Scratching a line with a sharp object into card to make the card easier to bend. Stable Object does not easily topple over. Drawbridge Strong It doesn't break easily. Moat Structure Something which stands, usually on its own. Tab The small tabs on the net template that are bent and glued down to hold the shape together. Did you know? Weak It breaks easily. Windsor Castle is the largest castle in Basic England. -
Castle Structure and Function
Vocabulary Castle Structure and Function Name: Date: Castle Use A Castle’s Structure: · Large and of great defensive strength · Surrounded by a wall with a fighting platform · Usually has a large, strong tower A Castle’s Function: · Fortress and military protection · Center of local government · Home of the owner, usually a king The Parts of a Castle allure: the walkway at the top of a castle wall. The allure was often shielded by a protective wall so that guards could move between towers; also called a wall-walk arcading: a series of columns and arches, built in an upside-down U shape arrow loop: a tiny vertical opening in the castle wall; a thin window used for shooting arrows at the enemy; also called a loophole or meurtriere ashlar: blocks of stone, used to build castle wa lls and towers bailey: an open, grassy area inside the walls of the castle containing farm pastures, cottages, and other buildings. Sometimes a castle had more than one bailey; also called a ward. balustrade: railing along a path or stairway barrel vault: semicircular roof made out of wood or stone bastion: a small tower on a courtyard wall or an outside wall battlement: a narrow wall built along the outer edge of the wall-walk to protect soldiers against attack boss: the middle stone in an arch; also called a keystone concentric: having two sets of walls, one inside the other cornerstone: a stone at the corner of a building uniting two intersecting walls, sometimes inscribed with the year the building was constructed; also called a quoin crosswall: a wall inside a large tower Lesson Connection: Castles and Cornerstones Copyright The Kennedy Center. -
Archeological Findings of the Battle of Apache Pass, Fort Bowie National Historic Site Non-Sensitive Version
National Park Service U.S. Department of the Interior Resource Stewardship and Science Archeological Findings of the Battle of Apache Pass, Fort Bowie National Historic Site Non-Sensitive Version Natural Resource Report NPS/FOBO/NRR—2016/1361 ON THIS PAGE Photograph (looking southeast) of Section K, Southeast First Fort Hill, where many cannonball fragments were recorded. Photograph courtesy National Park Service. ON THE COVER Top photograph, taken by William Bell, shows Apache Pass and the battle site in 1867 (courtesy of William A. Bell Photographs Collection, #10027488, History Colorado). Center photograph shows the breastworks as digitized from close range photogrammatic orthophoto (courtesy NPS SOAR Office). Lower photograph shows intact cannonball found in Section A. Photograph courtesy National Park Service. Archeological Findings of the Battle of Apache Pass, Fort Bowie National Historic Site Non-sensitive Version Natural Resource Report NPS/FOBO/NRR—2016/1361 Larry Ludwig National Park Service Fort Bowie National Historic Site 3327 Old Fort Bowie Road Bowie, AZ 85605 December 2016 U.S. Department of the Interior National Park Service Natural Resource Stewardship and Science Fort Collins, Colorado The National Park Service, Natural Resource Stewardship and Science office in Fort Collins, Colorado, publishes a range of reports that address natural resource topics. These reports are of interest and applicability to a broad audience in the National Park Service and others in natural resource management, including scientists, conservation and environmental constituencies, and the public. The Natural Resource Report Series is used to disseminate comprehensive information and analysis about natural resources and related topics concerning lands managed by the National Park Service. -
Battlement: a Quorum Based Design for Lightning Network Key Management
Battlement: A Quorum Based Design for Lightning Network Key Management Omer Shlomovits ZenGo X Abstract The lightning network is a payment channel network on top of bitcoin. It defines a set of protocols and specifications for securely establishing channels between lightning nodes and transmit payments between them without touching the Bitcoin blockchain. From a cryptographic stand point, a channel can be seen as a collection of two-party protocols, drawing their security from the orchestration of private keys. In this work we therefore treat channels as a key management problem. We model the adversary as an outsider attacker that gains either full or partial access to the different types of keys during the different stages of a channel life cycle. In the context of the lightning network, a watchtower is a semi-trusted, always online third party. The watchtower gets a limited permission from a party to act on its behalf in the scenario where the counter party is trying to cheat while the party is offline. We build our key management solution based on the watchtower concept: we require a quorum of watchtowers, called a Battlement, to which a user delegates key management responsibilities. Under a threshold assumption, we show how our design eliminates the existing attack surface for attackers. We additionally show how a Battlement can mitigate a bribing attack existing in current lightning network design. 1 Introduction Battlement: A battlement in defensive architecture, such as that of city walls or castles, comprises a parapet, in which gaps or indentations, which are often rectangular, occur at intervals to allow for the launch of arrows or other projectiles from within the defences1 The lightning network [13] is an instantiation of a payment channel network [9] compatible with the bitcoin blockchain. -
Windsor Castle Site Visit Workbook
Windsor Castle School ……………………………………………………. Answer Booklet In the Footsteps of Medieval Kings Site Visit Workbook You will need: • Weather appropriate clothing • Sensible shoes • Site visit workbook • Pen and pencil • Packed lunch • Water Security at Windsor Castle Windsor Castle is a working royal palace • On arrival, you and your belongings will be subject to airport-style security checks. Please try to bring as little as possible with you as it will help you to get through security screening more quickly. • Eating and drinking are not permitted in the State Apartments or St George’s Chapel. You will be asked to place drinks and food in closed bags before being admitted to the Castle. • Photography and filming are not permitted inside the State Apartments, the Semi-State Rooms or St George's Chapel. • Large backpacks are not permitted in the State Apartments and must be checked in. What do you know about Windsor Castle and its use today? Windsor Castle is: • oldest and largest inhabited castle in the world. • one of the Queen’s Official Residences, which include Buckingham Palace, in London and The Palace of Holyroodhouse, in Edinburgh. • home to over 40 British Kings and Queens in its 900 year history • never been allowed to fall into disrepair or become a ruin. Windsor Castle was built in about 1080, for William the Conqueror. Why did William build castles to live in? William was a French Nobleman, Duke of Normandy, promised the crown of England by the King at the time Edward I, but when the King died he named his successor as Harold. -
Analysis of the Khmer Walled Defensive System of Vimayapura (Phimai City, Thailand): Symbolism Or Military Effectiveness?
manusya 23 (2020) 253-285 brill.com/mnya Analysis of the Khmer Walled Defensive System of Vimayapura (Phimai City, Thailand): Symbolism or Military Effectiveness? Víctor Lluís Pérez Garcia1 (บิกตอร์ ยูอิส เปเรซ การ์เซีย) Ph.D. in Archaeology, history teacher of the Generalitat de Catalunya, Institut Tarragona, Tarragona, Spain [email protected] Abstract This article analyses the walled defensive system of the Khmer city centre of Vimaya- pura (modern Phimai, Thailand) to evaluate the theoretical level of military effectivity of both the walls and the moats against potential attackers, considering their technical characteristics and the enemy’s weapons. We also study the layout of the urban en- ceinte, the constructive material, the gateways as well as weakness and strengths of the stronghold and the symbolic, monumental and ornamental functions in the overall role of the walls. Based on comparisons with similar cases, as well as in situ observa- tions of the archaeological remains and a bibliographical research, our study reveals that the stonewalls were not designed primarily to resist military attacks. Instead, the army, the moat, and possibly the embankments and/or palisades would have been the first lines of defence of the city. Keywords fortifications – city walls – military architecture – Thailand – South-East Asia 1 Member of the “Seminary of Ancient Topography” archaeological research group at Universi- tat Rovira i Virgili of Tarragona (Catalonia). www.victorperez.webs.com. © Víctor Lluís Pérez Garcia, 2020 | doi:10.1163/26659077-02302006 -
Fortification in the XVI Century: the Case of Famagusta
02D0691 Project Number: MADOO1C 1 (p Fortification in the XVI Century: The Case of Famagusta An Interactive Qualifying Project Report Submitted to the Faculty of the WORCESTER POLYTECHNIC INSTITUTE in partial fulfillment of the requirements for the Degree of Bachelor of Science By Matthew Cardinal and r Joseph Rennert Date: April 26, 2002 Approved: Professor Michael Demetriou, Advisor sc Professor Roberto Pietroforte, Advisor Table of Contents Chapter I- Introduction pages 1-6 Chapter II- Methodology pages 7-18 Chapter III- The Siege Warfare Before Gunpowder pages 19-26 Chapter IV- Defensive Architecture Before Gunpowder pages 27-32 Chapter V- Change: From Pre to Post Gunpowder pages 33- 38 Chapter VI- Defending Artillery pages 39- 47 Chapter VII- Venice, The Commercial Power pages 48-60 Chapter VIII- The Venetian Influences in Famagusta pages 61- 73 Chapter IX- Conclusion pages 74- 77 Appendix A pages 78- 81 Appendix B pages 82-82 Bibliography pages 83-84 Abstract The changes in the Sixteenth century of the fortifications surrounding Famagusta, Cyprus from pre to post gunpowder are studied. Methods of siege warfare and siege defense before and after the advent of artillery are compared. Literary research conducted describes evolutionary changes made in the engineering design of fortifications. The Venetian influence in the design of Famagusta's defensive structures due to the progression of Fourteenth to Sixteenth century military warfare demonstrates the effect engineering technology has on society. CHAPTER I Introduction Engineering design change has been a result of technological advances made by societies, both past and present. During the Renaissance period in the Mediterranean, the city of Venice (Fig. -
William Gostling a Walk in and About the City of Canterbury, Second
William Gostling A walk in and about the city of Canterbury, second edition Canterbury 1777 <i> A WALK IN AND ABOUT THE CITY OF CANTERBURY, WITH Many OBSERVATIONS not to be found in any Description hitherto published. THE SECOND EDITION. By WILLIAM GOSTLING, M. A. A NATIVE of the PLACE, AND MINOR CANON of the CATHEDRAL. CANTERBURY; printed by SIMMONS and KIRKBY; MDCCLXXVII. <ii> <blank> <iii> ADVERTISEMENT. THE Subscribers to this second edition may be assured that, although the Author died while his book was in the press, yet the whole was prepared or approved of by him= self, and is printed from his own corrected copy. A few other remarks are contained in the Addenda at the end of the book. The substantial proof of the regard, which his friends retain for the memory of her father, given in a very numerous subscription, calls for the warmest acknowledgements from his daugh= ter; especially as so many have very greatly ex= ceeded the terms of the subscription in their liberality: she hopes they will not be offended by her prefixing an asterisk to such of their names as have come to her knowledge; for she is very sensible of great obligations not only to them, but to many other persons, whose names have not been transmitted to her, and therefore do not appear in her list. Her most grateful thanks are also due to those friends who have contributed to the embellish= ment of this little book; and as the size of the plates would not permit it in them, to express here her sense of his generosity to Francis Grose, <iv> Esq; F. -
Topography of Great Britain Or, British Traveller's Pocket Directory : Being
THE LIBRARY OF THE UNIVERSITY OF CALIFORNIA LOS ANGELES TOPOGRAPHY OF iHteat Mvitai% tT' OR, BRITISH TRAVELLER'S POCKET DIRECTORY; BEIN& AN ACCDRATE AND COMPREHENSIVE TOPOGRAPHICAL AND STATISTICAL DESCRIPTION OF ALL THE COUNTIES IN WITH THE ADJACENT ISLANDS: ILLUSTRATED WITH MAPS OF THE COUNTIES, WHICH FORM A COMPLETE BRITISH ATLAS. BY G. A. COOKE, ESQ. VOL. XXL CONTAININ& YORKSHIRE. Printed, by Assignment from the Executors of the late C. Cooke, FOR SHERWOOD, NEELY, AND JONES, PATERNOSTER-ROWj; AND SOLD BY ALL UOOKSELLERS. TOPOGRAPHICAL AND STATISTICAL DESCRIPTION OF THE COUNTY OF YORK; Containing an Account of its Situation, li. M'Millan, Printer. Bow-Street, Covent-Gavdcn. C3) A Ti^ABLE OF THE PRINCIPAL TOWNS IN THE S2!le3t KiDittg of pork$i}ire; Their Distance from London, Markets, Houses, and Inhabitants r=^ with the Time of the Arrival and Departure of the Post. Towns. Dist. Markets. Houses, Inhabi- Post tants. amves. Aberford 186 Wed. 176 922 Barnsley 176 Wed. 954 5014 12| m. Bawtry 153 Wed. 178 918 4f aft. Bingley 206 Tuesd. 931 4782 7 m. Boroughbridge 206 Sat. 131 747 llf m. Bradford 196 Thurs. 548 2989 5im. Dent 266 Friday. 379 1663 Dewsbury 187 Wed. 987 5509 Doncaster 162 Sat. 1438 6935 6 aft. Gisburn 224 Monday, 100 509 Halifax 197 Sat. 501 £677 41 m. Huddersfield . 189 Tuesd. 1871 9671 3im. Keighley 209 Wed. 1367 6864 84 ra. Kettlewell 233 Thurs. 125 361 Knaresborough 202 Wed. 888 4234 7 m. Leeds ... ., 193 Tu. Sat. 12,240 62,534 3|m. Otley 205 Friday. 530 2602 Pontefract 177 Sat. -
Great Wall of China Ebcid:Com.Britannica.Oec2.Identifier.Articleidentifier?Tocid=9037891&Ar
Great Wall of China ebcid:com.britannica.oec2.identifier.ArticleIdentifier?tocId=9037891&ar... Great Wall of China Encyclopædia Britannica Article Introduction Chinese (Pinyin) Wanli Changcheng or (Wade-Giles romanization) Wan-li Ch'ang-ch'eng (“10,000-Li Long Wall”) extensive bulwark erected in ancient China, one of the largest building-construction projects ever undertaken. The Great Wall actually consists of numerous walls—many of them parallel to each other—built over some two millennia across northern China and southern Mongolia. The most extensive and best-preserved version of the wall dates from the Ming dynasty (1368–1644) and Great Wall of China, eastern runs for some 5,500 miles (8,850 km) east to west from Mount Hu Asia, designated a near Dandong, southeastern Liaoning province, to Jiayu Pass west World Heritage site in 1987. of Jiuquan, northwestern Gansu province. This wall often traces the crestlines of hills and mountains as it snakes across the Chinese countryside, and about one-fourth of its length consists solely of natural barriers such as rivers and mountain ridges. Nearly all of the rest (about 70 percent of the total length) is actual constructed wall, with the small remaining stretches constituting ditches or moats. Although lengthy sections of the wall are now in ruins or have disappeared completely, it is still one of the more remarkable structures on Earth. The Great Wall was designated a UNESCO World Heritage site in 1987. Large parts of the fortification system date from the 7th through the 4th century BCE. In the 3rd century BCE Shihuangdi (Qin Shihuang), the first emperor of a united China (under the Qin dynasty), connected a number of existing defensive walls into a single system.