Download Download

Total Page:16

File Type:pdf, Size:1020Kb

Download Download PENETRATION INTO SCOTLAN LATF DO E GOTHIC FORMS9 14 . III. E PENETRATIOTH N INTO SCOTLAN F ENGLISDO H LATE GOTHIC FORMS. RY IAN C. HANNAH, F.S.A.ScoT., F.S.A. Throughou e mediaevath t l period—untie th f o l d towarden e th s fourteenth century—Gothic architecture had maintained a uniformity of characte western i r n Europe that, considerin e greath g t distances and difficulty of communication, was certainly extremely remarkable. Then each country began to develop a style of its own; England evolved the Perpendicular, France the Flamboyant, Germany and Spain took to forms that were distinctly individual; northern Italy was soon discarding Gothic altogether in favour of the new features of the Renaissance. In all these countries the general tendency was towards churches of great size, and proportionately still greater elevation, above all exceed- ingly well lighted, almost every foo f wall-spaco t e betweee th n necessary supports being sometimes pierce r windowsfo d e filleb o dt , with magnificent staine r paintedo d glass. Scotland possesses several parish churches that conform in great degre o thest e e latest Gothic ideals, whether cruciform with middle towers as at Edinburgh, Haddington, and Perth, or with simple western steeple t Linlithgoa s a s d Stirlingwan e formeth , a later r addition. Nevertheles countrn ow develope w r yno ou s a dstyl e s thatrulwa ty her own, different in important respects from prevailing fashions else- wher e; excep r slighfo t t penetration ove e t bordeBoltoa th r s (a n ri n Cumberland) it is confined to Scotland and seems peculiarly to blend witr landscapeshe h peculiarlA . y favourable e seeexamplb no t s i e t Crichtona , Midlothian. mose Churcheth r t fo par d e tan sar kepw lo t only moderately well lighted, their most distinguishing features being roofs wholly of masonry without any timber coverings above their stone vaults.1 Sometimes, Rosslynat as barrethe , l onlvaulthe y is t roof there is; much more frequently the outer slabs of stone rest upo a nrelativel y thick mas f rubblo s e laid directle vaultth n .o y This was in itself no novelty. Such roofing is exceedingly common in the ancient churches and cells of Ireland, culminating in Cormac's r vaste Chapefa e studiee b a th y r t n Casheln a li scalo d ma d t ei an , huge Romanesque church of St Sernin at Toulouse. But the fashion beed ha n almost universally discarded elsewhere when Scotland adopted 1 Macgibbon and Boss, Eccles. Arch., III., 4, claim this form of roof to be rather an independ- t inventioen n tha revivae nth earlief o l r forms agreeI . 150 PROCEEDINGS OF THE SOCIETY, JANUARY 13, 1930. it as the most usual form of roofing for churches of moderate size. r detailsFo particularld an , y window tracery, recourse was-had largely to France, a country with which Scotland's political relations were of the closest throughout the fifteenth century and the greater part of the next. Franc d Burgundan e n faci y t possess many churches which approximat o Scottist e h late Gothic forms (withou e exclusivelth t y stone roofs). A very good example is the recently restored Madeleine at Geneva, a fifteenth-century fabric with low, ribbed vault in four unequal bays, five-sided apse and quasi-aisle formed by a series of chapels opening by independent arches on the south. Perhap e mossth t remarkable fact abou e Englisth t h Perpendicular style, which seem havo t s e originate t Gloucestea d r befor e Blacth e k Death, and was hardly superseded altogether by Renaissance forms until well inte seventeentoth h century s thai , t whil n Englani e d an d r morWalefa s ei t commoi s n thaothey nan r for s f Gothicmo ha d an , left its mark in one form or another on nearly every church, it hardly spread at all across the waters or beyond the Cheviots. Ireland had by the fifteenth century worked out forms of her own, and only now and then (as in the much-reconstructed nave of Armagh cathedral) is the English style to be found there in anything like its original form. The long political connection between England and different portions of what is France to-day resulted in the mainland exerting an enor- mous architectural influence upo e islanth n d without receiviny an g English building traditions of real importance in return. In Calais, the Porte de Guise with its flanking octagonal turrets, flat four-centered arch, carved spandrels and elaborate lierne vault, would fairly closely resembl eTudoa r gatewa t weri f yi e finished with English battlements instea a high f o d, tiled French e rooflargTh .e cruciform churcf ho Notre Dame, also at Calais, was almost entirely rebuilt during the fifteenth century, with windowse mosth f o t , particularl greae yth t seven- e northerth f o lighe n on transeptt , closely followin e lineth f go s English Perpendicular work, whil archee eth s fro transepte mth e th o st chancel aisle outed san r chapels, withou capitalsy an t vere ar , y English indeed, as also the omission of a blind-story; the flat lierne vaults are at least not very French, but the walls of yellow brick, with their large turrets and the triple two-light windows of the central tower with the arcading below them, give a general impression that is certainly pre- dominantly Flemish. Despite the undoubted influence exerted by the Perpendicular style, the building is exceedingly unlike any English church. y surprisinwa o s n thuy searci gn t i sma I thahe w Scotlant n i d vain for any real example of English Perpendicular buildings; while PENETRATION INTO SCOTLAN F LATDO E GOTHIC FORMS1 15 . they were exactly to the taste of their own inventors they did not find favour with others. It is true, none the less, that the influence of this style made many Scottish building e fifteentth f o s h century quite different from what they would otherwise be, though not to any extent that suggests comparison wit e extremelhth y strong English influence apparen r earlieou n i rt churches, extendin r inte fourteentfa g th o h century—not in any great measure checked by the battle of Bannock- burn. Scotlan t lasa td workedha buildina t dou g traditio r ownhe f ,no outsidy an d e an influences wermorw no ee e Frenclikelb o t y h than English, particularl domestin yi militard can y work. This was of course natural enough considering the long continuance of the French alliance, but that political considerations were not always predominant is certainly suggested by the fact that the best known, perhaps alse mosth o t interesting, exampl f lato e e English Gothic influence in Scotland came from the necessity for extensive reparations o Melrost e Abbey afte s partiait r l destructio firy nb e during Richard II's raid of 1385. The incident can hardly have done much to prejudice monke th favoun e architectursi th f o r f theieo r oppressors foure Th -! teenth century nave and centre of Melrose (as MacGibbon and Ross point out) have rather striking resemblances in detail to the con- temporary nave of York Minster, but the spirit of the Scottish church wit s outehit r chapel d doublan s e flying buttresses suggests alse th o influenc f Franceo e e datTh e .easter th 150 f o 5 n appeare on n o s buttresses, and it seems that the restoration of the transepts and quire was going on, doubtless with intermissions, after 1385 till that period. The different portions blend exceedingly well; the transition from the earlier to the later work is skilfully managed without any obvious change in the style or character of the building. The transepts mainly follow the style of the fourteenth century, especially in the splendid south window n theii t r bu ,clerestorie e three-lighar s t Perpendicular window f quito s n Englisa e h type, thoug e light th he septifoile ar s d instead of cinquefoiled, as would be far more usual farther south. The stonw remainlo ee sanctuarth f so y scree entirele nar keepingn yi o s d an , are the large four-light transomed windows north and south of the quire. The great five-light east window is unlike anything else in Europe, but traditios it mainls ni y Perpendicular mullions it ; s extene dth righo t p u t soffit of the arch; its lights above the transoms have alternate triangular and horizontal headings in both cases cusped beneath; while the tracery s somha ep curiouto e th sn i diamond forms. e canopieTh 1 d nichen i s e gablth e above, wit e buttresseth h d squaran s e pinnacles e alsar ,o Much of the tracery is now broken away, but its original form is clearly shown in the plates of E1. W. Billings' Baronial and Ecclesiastical Architecture of Scotland, Blackwood, 1852, vol. iv. 152 PROCEEDINGS OF THE SOCIETY, JANUARY ]3, 1930. exceedingly littlEnglish w e southerth eho t ye ; n styl realls ei y repro- duced is clear from the extremely Scottish character of what remains e quiree vaulth oth barreff A o .t l roof support e outeth s r slabf o s stone without any intermediate timbering; the elaborate ribs with the famous central crucifixion boss are in truth but panelling on the tunnel vault.
Recommended publications
  • C6 – Barrel Vault Country : Tunisia
    Building Techniques : C6 – Barrel vault Country : Tunisia PRÉSENTATION Geographical Influence Definition Barrel vault - Horizontal framework, semi-cylindrical shape resting on load-bearing walls - For the building, use or not of a formwork or formwork supports. - Used as passage way or as roofing (in this case, the extrados is protected by a rendering). Environment One finds the barrel vault in the majority of the Mediterranean countries studied. This structure is usually used in all types of environment: urban, rural, plain, mountain or seaside. Associated floors: Barrel vaults are used for basement, intermediary and ground floors for buildings and public structures. This technique is sometimes used for construction of different floors. In Tunisia, stone barrel vaults are only found in urban environment, they are common in plains and sea side plains, exceptional in mountain. The brick barrel vault is often a standard in mountain environment. The drop vault (rear D' Fakroun) is often a standard everywhere. Associated floors: In Tunisia, this construction technique is used to build cellars, basements, cisterns (“ fesqiya ”, ground floors and first floors (“ ghorfa ”). Drop arches and brick vaults can sometimes be found on top floors. Illustrations General views : Detail close-up : This project is financed by the MEDA programme of the European Union. The opinions expressed in the present document do not necessarily reflect the position of the European Union or of its member States 1/6 C6 Tunisia – Barrel vault CONSTRUCTION PRINCIPLE Materials Illustrations Nature and availability (shape in which it is found) For the construction of barrel vaults, the most often used materials are limestone and terracotta brick in all the studied countries.
    [Show full text]
  • Quincha Architecture: the Development of an Antiseismic Structural System in Seventeenth Century Lima
    Proceedings of the First International Congress on Construction History, Madrid, 20th-24th January 2003, ed. S. Huerta, Madrid: I. Juan de Herrera, SEdHC, ETSAM, A. E. Benvenuto, COAM, F. Dragados, 2003. Quincha architecture: The development of an antiseismic structural system in seventeenth century Lima Humberto Rodríguez Camilloni The introduction of quincha construction in the City of Kings or Lima during the middle of the seventeenth century marked a decisive turning point in the devel- opment of Spanish co]onia] architecture along the Peruvian coast. Not only did this ingenious antiseismic structural system provide a definitive solution to the earthquake problem that had plagued several generations of builders since the founding of the vicerega] capital by Francisco Pizarro in 1535, but it also permitted the creation of monumenta] and lofty interior spaces which paraJleled and even rivaled European designs. Surprising]y, however, quincha construction has received only a general and inadequate treatment in the artistic literature of Spanish colonia] architecture; its fuJl impact stilI awaiting recognition in the history of construction. I In an effort to help fill this void, this paper investigates the earthquake-proof system of quincha and its formal implications, as a cornerstone in the history of South American colonial architecture. In the viceroyalty of Peru, possibly no greater chalIenge confronted the colonia] architects than that of designing buildings that could withstand the frequent earthquakes. Time and again European and viceregal architects had seen the failure of their efforts, incJuding the anachronistic use of Gothic ribbed vaulting in the Cathedral of Lima folJowing ] the earthquake of 609 because it was believed it Figure 1 2 wou]d provide a more resistant structura] system.
    [Show full text]
  • The Basilica of Maxentius
    STRUCTURAL APPRAISAL OF A ROMAN CONCRETE VAULTED MONUMENT: THE BASILICA OF MAXENTIUS A. Albuerne1 and M.S. Williams2 1 Dr Alejandra Albuerne Arup Advanced Technology and Research 13 Fitzroy Street London W1T 4BQ UK Tel: +44 20 7755 4446 [email protected] 2 Prof. Martin S. Williams (corresponding author) University of Oxford Department of Engineering Science Parks Road Oxford OX1 3PJ UK Tel: +44 1865 273102 [email protected] RUNNING HEAD: Basilica of Maxentius Page 1 ABSTRACT The Basilica of Maxentius, the largest vaulted space built by the Romans, comprised three naves, the outer ones covered by barrel vaults and the central, highest one by cross vaults. It was built on a sloping site, resulting in a possible structural vulnerability at its taller, western end. Two naves collapsed in the Middle Ages, leaving only the barrel vaults of the north nave. We describe surveys and analyses aimed at creating an accurate record of the current state of the structure, and reconstructing and analysing the original structure. Key features include distortions of the barrel vaults around windows and rotation of the west wall due to the thrust from the adjacent vault. Thrust line analysis results in a very low safety factor for the west façade. The geometry of the collapsed cross vaults was reconstructed from the remains using solid modelling and digital photogrammetry, and thrust line analysis confirmed that it was stable under gravity loads. A survey of the foundations and earlier structures under the collapsed south-west corner revealed horizontal slip and diagonal cracking in columns and walls; this is strong evidence that the site has been subject to seismic loading which may have caused the partial collapse.
    [Show full text]
  • The Art of Framing Catalog
    THE ART OF FRAMING CATALOG Dome Ceilings • Groin Vaults • Cove Ceilings • Barrel Vaults & MORE! We Create Curve Appeal If you’ve ever admired the elegance of an archway or sat in awe of an arched ceiling, but weren’t sure if such a project would fall within your budget – you’ve found your solution. Archways and arched ceilings have historically been skill-dependent, costly and very time consuming. Well, we’ve got good news for you… cost is not an issue any more! Our prefab archway and ceilings systems are designed for PROs, but easy enough for DIYers. The production process eliminates the need for skill at installation, making these systems affordable and easy to implement. We’re your direct archways and ceilings manufacturer, so no retail markup, and we’ll produce to your field measurements. Plus, we’ve got the nation covered. We have manufacturing plants in Anaheim, CA, Dallas/Fort Worth, TX & Atlanta, GA. You’ll work directly with us from start to finish. No middleman. No markup. This means you always get the best price and customer service. All of our archway and ceilings kits are made to your specs. Worried about lead times? Most archway and ceiling kits are built within 3 -5 business days, from here we’re ready to ship your archways and ceiling kits directly to your jobsite. Ready for the best part? Because we have the tools and staffing to adapt to your needs in a flash, our prices will leave you smiling. Visit any of our product pages online and use our pricing calculator or look over our pricing table to see for yourself.
    [Show full text]
  • Limiting the Use of Centering in Vaulted Construction:The Early
    Limiting the Use of Centering in Vaulted Construction: The Early Byzantine Churches of West Asia Minor Nikolaos Karydis Introduction The evolution of ecclesiastical architecture during the Early Byzantine period was marked by a major development in construction technology: the gradual transition from the building system of the “timber-roof basilica” to the one of the vaulted church. The early stages of this development seem to date back to the period between the late 5th and the 7th century AD and some of its earliest manifestations occur in the vaulted monuments of Constantinople and west Asia Minor. If the former are well-studied, the role of west Asia Minor in the development of vaulted church architecture is often underestimated, despite the publications of Auguste Choisy (1883), Hans Buchwald (1984), and others on this topic. Still, the published archaeological evidence from the cities of this area is clear: in Ephesos, Priene and Pythagorion, ambitious building programs were launched to replace timber-roof basilicas by magnificent domed churches.1 By the end of the 6th century, major vaulted monuments had already made their appearance in the civic centers of Sardis, Hierapolis, and Philadelphia.2 (Fig. 1) The plethora of Early Byzantine vaulted churches in the west coastal plains and river valleys of Asia Minor indicates that monumental architecture in this region was strongly influenced by the new architectural vocabulary. (Fig. 2) This development changed radically the way in which churches were designed. The use of vaults, and, in particular, domes, called for load-bearing systems that were profoundly different from the ones of the timber-roof basilica.
    [Show full text]
  • Persian Vaulted Architecture: Morphology and Equilibrium of Vaults Under Static and Dynamic Loads
    Transactions on the Built Environment vol 15, © 1995 WIT Press, www.witpress.com, ISSN 1743-3509 Persian vaulted architecture: morphology and equilibrium of vaults under static and dynamic loads A. Chassagnoux Laboratoire Informatique et Structures, Ecole d'Architecture, Rue Massenet 44300-Nantes, France Abstract Persia has created an original monumental vaulted architecture, whose morphology replies to spiritual and technical imperatives, sometimes contradictory. The analysis of calculations to finite elements undertaken on several models of vaults, under dynamic and static loads, allows us to specify the evolution of techniques of vaulting of the Persian architecture in the course of centuries, and to test the empirical solution pertinence used. 1 Specificity of the Persian vaulted architecture Pre-Islamic Persia has created an original monumental vaulted architecture. Its architectural forms reply essentially to two imperatives: a technical imperative and a spiritual imperative. From a technical point of view, the Iranian geographical space being often arid and lacking of wood, builders have perfected vault techniques especially in bricks, cooked or unfired and more rarely, in stones built without using centerings. These vaults had furthermore to guarantee as far as possible a suitable resistance to frequent earthquakes in the region. From a spiritual point of view, symbols linked to the space have determined an original architectural morphology. In the tradition of antic Persia, the square is the symbol of the terrestrial world, it represents the four cardinal points corresponding to the four directions of terrestrial space, the four elements of the matter: the earth, the air, the water and the fire, the four seasons, etc..
    [Show full text]
  • Historic Barrel Vaults Undergoing Differential Settlements
    This is a repository copy of Historic Barrel Vaults Undergoing Differential Settlements. White Rose Research Online URL for this paper: http://eprints.whiterose.ac.uk/144594/ Version: Accepted Version Article: D’Altri, AM, De Miranda, S, Castellazzi, G et al. (3 more authors) (2020) Historic Barrel Vaults Undergoing Differential Settlements. International Journal of Architectural Heritage, 14 (8). pp. 1196-1209. ISSN 1558-3058 https://doi.org/10.1080/15583058.2019.1596332 (c) 2019, Taylor and Francis. This is an author produced version of a paper published in the International Journal of Architectural Heritage. Uploaded in accordance with the publisher's self-archiving policy. Reuse Items deposited in White Rose Research Online are protected by copyright, with all rights reserved unless indicated otherwise. They may be downloaded and/or printed for private study, or other acts as permitted by national copyright laws. The publisher or other rights holders may allow further reproduction and re-use of the full text version. This is indicated by the licence information on the White Rose Research Online record for the item. Takedown If you consider content in White Rose Research Online to be in breach of UK law, please notify us by emailing [email protected] including the URL of the record and the reason for the withdrawal request. [email protected] https://eprints.whiterose.ac.uk/ To be submitted to International Journal of Architectural Heritage Historic barrel vaults undergoing differential settlements Antonio Maria D’Altri1*, Stefano de Miranda1, Giovanni Castellazzi1, Vasilis Sarhosis2, Jamie Hudson 3, Dimitris Theodossopoulos4 1 Department of Civil, Chemical, Environmental, and Materials Engineering (DICAM), University of Bologna, Viale del Risorgimento 2, Bologna 40136, Italy 2 School of Engineering, Newcastle University, Newcastle upon Tyne, NE1 7RU, UK 3 Wiss, Janney, and Elstner Associates.
    [Show full text]
  • Manzanares El Real Castle Architecture Dictionary of Architecture and Construction
    Manzanares el Real Castle Architecture Dictionary of Architecture and Construction Common Roots, New Routes This dictionary includes the most important words related to the architectural elements of the Manzanares el Real Castle Most of the words that we have included in this dictionary are important in order to understand better: ★ the structure of the castle and its different parts, ★ its main elements, ★ the main prime materials, ★ characteristic architectural elements and features of the age and ★ its design. It is also useful to get a general idea of the main features of the age in which the castle was built and to witness how the architects combined some features from the previous age and built a masterpiece which managed to stand out since it was built. In order to make it more visual we have added a picture whenever it was possible, ★ Armour: special clothing made of metal used in the past to protect A the soldiers while fighting. ★ Allure, walk-walk, chemin de ronde: used to refer to the passage that can be found behind the parapet of a castle wall. ★ Arrowslit: a narrow vertical slit cut into a wall through which arrows could be fired. ★ Arches, segmental arches: a curved structure that supports the upper part of a building. sometimes forming an entrance. ○ A curved structure spanning across the top of an opening in a vertical surface. ○ There are several types of arches: round arch, pointed arch, flat top segmental arch, triangular Tudor arch. B ★ Barbican: a specific type of tower that is part of a defensive structure such as a castle.
    [Show full text]
  • Construction Sequence in the Analysis of Barrel Vaulted Romanesque Churches
    Structural Studies, Repairs and Maintenance of Heritage Architecture X 545 Construction sequence in the analysis of barrel vaulted Romanesque churches L. A. Van Gulick & C. A. Stenman Lafayette College, USA Abstract Major French Romanesque churches built during the late eleventh and early twelfth centuries often feature axially oriented masonry barrel vaults over central nave spaces. Nave side aisles and, when present, galleries are also usually vaulted. Construction sequences can play an important role in determining stresses and displacements for these churches. The feasibility of using an element “birth/death” capability to include the effects of the construction sequence in their finite element stress analysis is demonstrated. The potential importance of construction sequence effects is also demonstrated Keywords: Romanesque, barrel vault, construction sequence, finite element analysis, stress, displacement, element “birth/death”. 1 Introduction Major French Romanesque churches built during the late eleventh and early twelfth centuries often feature thick axially oriented masonry barrel vaults over central nave spaces. Nave side aisles and, when present galleries, are typically covered by thick masonry groin, axial half-barrel (quadrant), or transverse barrel vaults. Church construction took place in a sequential fashion. Lower levels were built before levels above them that they would ultimately support. Vaulting of the central space was almost invariably the last step in the construction sequence. Deformations of the other portions of buildings due to self-weight occurred before this last step. Undeformed configurations for central vaults as they were erected included the effects of these deformations. Failure to reflect these effects can introduce undesirable error in finite element stress analysis of Romanesque churches with central barrel vaults.
    [Show full text]
  • Sasanian Vaults
    Sasanian Vaults MORVARID MAZHARI MOTLAGH e-Sasanika Tarbiat Modaress University, Tehran Archaeology 2 2011 I. Introduction There is no information available on the history of architecture and construction of vaults in the structure of buildings: however with men leaving the caves and establishing buildings it should have some applications in the past. Among the primitive vaults in the Iranian architecture we can mention the mass grave of Teppe Ahar in Haft Tappeh within the ancient time of the art of the medieval Elam about 1400 B.C. and the temple (Ziggurat) of Choghazanbil in the town of Dor- Antash (12th, 13th centuries B.C.) in Khuzestan province. Meanwhile, a Median fortress has been discovered at the Noushijan valley, near Hamedan which has a fireplace with a veranda and oval and barrel vaults constructed on the basis of technical and mathematical principles (Zomarshidi, 1994: 3-4). Among the factors affecting the Iranian architecture climatic conditions, weather and existing materials may be mentioned. That is why in ancient Iran barrel and cradle vaults were widely used in the warm and dry areas due to the shortage of wood and availability of cheap brick. In the Parthian age the plan of trilateral verandas, with the central veranda being usually wider than the lateral verandas, and crescent-shaped vaults spread (Girshman, 1971: 26). The Sassanid used vaults and arches for construction and decoration of the buildings so that this method of laying stones in the Sassanid vaults and its oval, semi-circular and crossing plan were passed over to the western or eastern regions who had just converted to Islam (fig.1-1).
    [Show full text]
  • Medieval Architecture Guide
    Keystone Medieval Architecture Guide Other examples of Gothic Arches: The Middle Ages or Medieval time was a period, in Voussoir Spandrel Western European history, from circa the 5th to the Rise 16th century. Medieval architecture is divided into 3 main styles: Span Stilted Arch Pre-Romanesque (5th to 10th century), Romanesque (10th to 12th century) and Gothic (12th to 16th Equilateral Arch Acute or Lancet Arch century). The Round Arch is the most typical element of Roma- nesque Architecture. It was used to create portals, The Pointed Arch or Lancet Arch is the most typical ele- This mini guide focuses on the Romanesque and windows, arcades and Barrel Vault. ment of Gothic Architecture. Gothic architecture: Depressed Arch Double Lancet Arch Romanesque architecture combines features from ancient The Barrel vault or Tunnel vault is the simplest form of Roman and Byzantine buildings like massive stone vault, consisting of a continuous surface of semicircular walls, round arches, sturdy pillars, groin vault, ope- section. Ornementation: nings topped by semi-circular arches, small windows, Decorations of arches and vaults in Romanesque large towers and decorative arcading. Romanesque Architecture are often simple and geometrical. architecture has an overall appearance of simplicity with very regular and symmetrical plans. Decorations in Gothic Architecture are often more Gothic architecture evolved from the Romanesque complex and refined with natural motifs, human like architecture and combines features as pointed arches, figures, fantastic monsters, and of course gargoyles. rib vaults, flying buttresses, and large stained glass Pointed Vault Rib Vault windows, rose windows, spires and pinnacles. Gothic architecture has an overall appearance of complexity.
    [Show full text]
  • Romanesque & Gothic Architecture
    European - Romanesque & Gothic Architecture | Sample answer The establishment of monasteries and the popularity of pilgrim routes contributed to the development of Romanesque architecture. Discuss this statement with reference to one named example of a Romanesque church or cathedral that you have studied. Refer in your answer to construction techniques, structure and layout. and Briefly describe and discuss one named example of Romanesque sculpture. Illustrate your answer. (2019 Q8) Romanesque means “roman-like”, and was an architectural movement characterised by rounded Roman arches and thick, heavy walls. It was common throughout Europe eleventh and twelfth centuries. One example of Romanesque architecture is St. Foy in Conques, southern France. Towards the eleventh century, there was widespread existential panic due to the turn of the millennium, and people turned to religion to comfort them in what they thought was the end of the world. When this, of course, didn’t happen, there was an emerging feeling of hope and optimism. This, in turn, strengthened the power of the church, and there was a growth in monasticism. Monasteries began housing relics of saints and martyrs brought back to Europe from the crusades. One example of such a relic can be found in the Church of St. Foy- the church is dedicated to St. Foy, and her relics are housed there along with a gold sculpture made in her likeness. In fact, the church is built on top of her tomb. The popularity of relics meant that many dedicated Christians went on long pilgrimages to visit them, believing that relics had healing powers. They created routes between monasteries- “pilgrimage roads”.
    [Show full text]