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Mehmed Paša Sokolović Bridge in Višegrad

Mehmed Paša Sokolović Bridge in Višegrad

The Mehmed Paša Sokolović Bridge of Višegrad across the Drina River in the east of Bosnia and Herzegovina was built at the end of the 16th century by the court architect Mimar Koca Sinan on the orders of Grand Vizier Mehmed Paša Sokolović. Characteristic of the apogee of Ottoman monumental architecture and civil engineering, the bridge has 11 masonry arches with spans of 11 m to 15 m, and an access ramp at right angles with four arches on the left bank of the river. The 179.5 m long bridge is a representative masterpiece of Sinan, one of the greatest architects and engineers of the classical Ottoman period and a contemporary of the Italian Renaissance, with which his work may be compared. The unique elegance of proportion and monumental nobility of the whole site bear witness to the greatness of this style of architecture.

Pont Mehmed Pacha Sokolović de Višegrad

Construit à la fin du XVIe siècle sur la rivière Drina, à l’est de la Bosnie-Herzégovine, le pont Mehmed Pacha Sokolović de Višegrad a été construit par Mimar Koca Sinan, l’architecte de la cour, sur ordre du grand vizir Mehmed Pacha Sokolović. Il est caractéristique de l’apogée de l’architecture monumentale et du génie civil ottomans. Il possède 11 arches maçonnées dont les ouvertures sont comprises entre 11 et 15 m, ainsi qu’une rampe d’accès à l’orthogonale de quatre arches sur la rive gauche de la rivière. Ce pont, long de 179,5 m, est une réalisation majeure de Sinan, un des plus grands architectes et ingénieurs du style ottoman classique et un contemporain de la Renaissance italienne, avec laquelle son travail peut être comparé. L’élégance de ses proportions et la noblesse monumentale uniques du bien témoignent de la grandeur de ce style d’architecture.

جسر محمد باشا سوكولوفيتش في فيشغراد

بني جسر محمد باشا سوكولوفيتش على نهر درينا في فيشغراد شرق البوسنة والهرسك أواخر القرن السادس عشر على يد رئيس معماريي السلطنة العثمانية معمار قوجه سنان، بطلب من الوزير الأعظم محمد باشا سوكولوفيتش. وهو يمثل ذروة الهندسة المعمارية والمدنية العثمانية. يتألف من 11 قنطرة معمارية يتراوح عرض فتحها بين 11 و 15 مترا، ومن رصيف متعامد مع أربع قناطر على الضفة اليسرى للنهر. يبلغ طول الجسر 179،5 متر، وهو من أبرز أعمال سنان، أكبر المعماريين والمهندسين المختصين في الطراز العثماني التقليدي، والذي واكب عصر النهضة الإيطالية ويمكن تشبيه أعماله بها. أبعاد الجسر الرشيقة وجزالة أسلوبه الفريدة تدلان على روعة ذلك النمط المعماري.

source: UNESCO/ERI

迈赫迈德•巴什•索科罗维奇的古桥

迈赫迈德·巴什·索科罗维奇的古桥横跨于波斯尼亚和黑塞哥维那东部的德里那河(Drina River)上,建于16世纪末,由宮廷建筑师思南(Sinan)在土耳其帝国的首相迈赫迈德·巴什·索科罗维奇(Mehmed Paša Sokolović)的命令下所建造。这是土耳其帝国纪念性建筑和土木工程的巅峰之作。大桥共有11个石拱,每个石拱跨度11至15米,右侧的入口斜坡有四个拱门,位于德里那河左岸,桥身长179.50米。它是土耳其和意大利文艺复兴时期最伟大的建筑师和工程师之一米玛尔·科卡·思南(Mimar Koca Sinan)的代表性杰作。这处遗产比例结构优美,气势宏伟壮观,见证了此类建筑风格的独特魅力。

source: UNESCO/ERI

Мост Мехмеда Паши Соколовича в Вышеграде

Мост Мехмеда Паши Соколовича в Вышеграде свидетельстует о расцвете монументальной архитектуры и инженерного мастерства Оттоманской империи. Он был построен в конце XVI века на реке Дрина в восточной части Боснии и Герцеговины придворным архитектором Мимаром Коса Синаном по приказу великого визиря Мехмеда Паши Соколовича. Он насчитывает 11 арок каменной кладки, размахом от 11 до 15 метров каждая, а также прямоугольный въезд с левого берега из четырех арок. Сооружение длиной 179,5 м – одно из лучших произведений Мимара Косы Синана, одного из крупнейших архитекторов Оттоманской империи, современника эпохи Итальянского Возрождения. Этот мост связан со многими фольклорными, литературными и художественными традициями.

source: UNESCO/ERI

Puente de Mehmed Pacha Sokolović en Visegrado

El puente de Visegrado fue construido sobre el rí­o Drina a finales del siglo XVI por Mimar Koca Sinan, arquitecto del sultí¡n, por orden del gran visir Mehmed Sokolović. Es caracterí­stico del periodo de apogeo de la arquitectura monumental y la ingenierí­a civil otomanas. Consta de 11 arcos de mamposterí­a con aperturas de 11 a 15 metros, así­ como de una rampa de acceso de cuatro arcos en í¡ngulo recto, situada en la orilla izquierda del rí­o. El puente de 179,5 metros de longitud es una obra destacada de uno de los mí¡s grandes arquitectos e ingenieros del periodo clí¡sico otomano, Sinan, contemporí¡neo de los renacentistas italianos y ejecutor de obras comparables a las de éstos. Las elegantes proporciones y la nobleza excepcional del puente en su conjunto atestiguan la grandeza de su estilo arquitectónico.

source: UNESCO/ERI

ヴィシェグラードのメフメド・パシャ・ソコロヴィッチ橋

source: NFUAJ

Mehmed Paša Sokolović brug in Višegrad

De Mehmed Paša Sokolović brug over de Drina rivier in Višegrad werd eind 16e eeuw gebouwd door de hofarchitect Mimar Sinan Koca op bevel van de grootvizier Mehmed Paša Sokolović. De 179,5 meter lange brug is een meesterwerk van Sinan, een van de grootste architecten en ingenieurs van de klassieke Ottomaanse periode en een tijdgenoot van de Italiaanse Renaissance, waarmee zijn werk kan worden vergeleken. De brug heeft 11 gemetselde bogen met overspanningen van 11 tot 15 meter en een rechthoekige oprit met vier bogen op de linkeroever van de rivier. De brug en omgeving getuigen van een monumentale, maar elegante bouwstijl.

Source: unesco.nl

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© Commision to Preserve National Monuments
Outstanding Universal Value

The universal value of the bridge at Višegrad is unquestionable for all the historical reasons and in view of the architectural values it has. It represents a major stage in the history of civil engineering and bridge architecture, erected by one of the most celebrated builders of the Ottoman Empire.

The bridge particularly bears witness to the transmission and adaptation of techniques in the course of a long historical process. It also bears witness to important cultural exchanges between areas of different civilizations. It is an exceptional representative of Ottoman architecture and civil engineering at its classical apogee. Its symbolic role has been important through the course of history, and particularly in the many conflicts that took place in the 20th century. Its cultural value transcends both national and cultural borders.

Criterion (ii):  Located in a position of geostrategic importance, the bridge bears witness to important cultural exchanges between the Balkans, the Ottoman Empire and the Mediterranean world, between Christianity and Islam, through the long course of history. The management of the bridge and repairs made it to have also involved different political and cultural powers: after the Ottomans came the Austro-Hungarians, the Yugoslav Federation, and the Republic of Bosnia and Herzegovina.

Criterion (iv):  The Višegrad bridge is a remarkable architectural testimony to the apogee of the classical age of the Ottoman Empire, whose values and achievements mark an important stage in the history of humankind.

The property, principally consisting of the bridge, the access ramp and the two river banks upstream and downstream, is protected by its buffer zone on each bank of the Drina river. The integrity of the bridge is vulnerable but is now adequately protected by the buffer zone and appropriately expresses the values it embodies.

The Drina is a mountain river, drawing water from the mountains of the Balkans towards the Sava and the Danube Rivers. It is prone to flooding and the bridge parapets were destroyed in an exceptional flood in 1896. In addition, the bridge was severely damaged during both World Wars and, after temporary repairs, reconstructed in stone in the early 1950s.

Despite these historical events, authenticity has generally been maintained through the course of the bridge's successive restorations. It remains fragile, its foundations being particularly threatened by the use of the two hydro-electric power stations, one in Bosnia and one in Serbia, that affect the water levels of the river.

To allay this threat, the Serbian Ministry of Mines and Energy wrote to the Bosnian Commission to Preserve National Monuments on 27 June 2007. It supports the inscription of the bridge on the World Heritage List and also supports the formation of a bi-national working group to analyse the impact of power generation operations on the river in order to preserve the bridge. This initiative will complement the legal protection and management plan already in place.

Historical Description

The Višegrad Bridge was commissioned by the Grand Vizier Mehmed Paša Sokolović (1505-1579), who exercised power over a long period at the summit of the Ottoman Empire during the reign of three sultans. The commissioning of the bridge was primarily a tribute to his native region. Founding edifices of this sort, which were both religious and social, formed part of the traditions of power, which expressed itself through major architectural creations which thus reinforced its symbolic nature and its image of civil and religious power.

The Višegrad Bridge was secondly a major structure in terms of planning and control of the inner Balkans by the Ottoman Empire from Istanbul. It thus forms a highlight of the route linking the plains of the Danube to Sarajevo and the Adriatic coast, particularly to the free port of Ragusa (Dubrovnik). The period of its construction coincided with the apogee of the Ottoman Empire, following the reign of Süleyman the Magnificent (1520-1566). This was a long period of peace and prosperity for the region.

The great court architect and engineer Koca Mimar Sinan, who was the head of the team of architects of the Empire, was called on to design and construct the bridge. He had already built, on behalf of Mehmed Paša Sokolović, several major civil and religious architectural works: mosques, bridges, civil constructions, in Istanbul and in several regions of the Empire. Sinan is an emblematic representative of the classical architectural creation of the Ottoman Empire at its apogee. The Višegrad Bridge was constructed from 1571 to 1577, and substantial human and financial resources were employed in the task.

For two and a half centuries, the solidly built bridge suffered primarily from flooding. There are records of works in 1625 and then in 1875 on the piers. The exceptional flooding of 1896 submerged it entirely, resulting in serious damage. The piers were shaken and eroded, and the parapets were washed away. The bridge was not however destroyed. In 1911-1912, extensive works were carried out to stabilise and reinforce the piers by Austro-Hungarian engineers (piers 4, 5, 6, 7, 8 and 9). At that time the bridge was strategically important in military terms, being located at the frontier with Serbia. The installation of a new thicker stone parapet brought a change to the visible parts of the bridge.

During World War I, in 1914-1915, piers 3 and 4 were blown up with dynamite. After the war, a provisional repair was carried out using steel girders supported by the remaining parts of the initial bridge. The reconstruction in stone, following the original design, was carried out in 1939-1940.

During World War II, in 1943, five of the bridge's arches were completely destroyed, affecting piers 3, 4, 5 and 6. The arches destroyed were rebuilt by the Ministry of Communication and the Roads Administration, between 1950 and 1952, following the model of the parts still intact.

The most recent period has been marked by the construction of the Bajina Basta power station downstream (1966), and by that of the Višegrad power station upstream, some 2.5 km away (1989). These two constructions on the Drina, relatively close to the bridge, have profoundly modified the hydraulic rate of flow of the river (see chapter 4 and 5). In terms of bridge maintenance, the main event was, from 1980 to 1982, an analysis of the bridge and then the launch of restoration work on the foundations of piers 5, 6 and 8. Unfortunately, this work remained uncompleted, because of a lack of funds. The same is true of the work on pier 2, begun in 1992 and not completed.

The war of 1992-1995 had no direct impact on the Višegrad Bridge.

The access ramp on the left bank was restored in 1991, in a spirit of respect for the heritage.

In 2003, vehicle traffic was prohibited, because of the structural risks arising from the state of the bridge (see chapter 4 and 5). In 1986 a modern bridge was built about 1 km downstream, duplicating the function of the historic bridge.

Since the exceptional flooding of 1896 and the damage during the wars of the 20th century, the bridge has undergone a succession of repairs and reconstructions, with the two last campaigns of works unfortunately remaining uncompleted. The resulting structural fragility has been increased by changes in the rate of flow of the Drina, as a result of the construction of the hydroelectric power plants and their management.

Source: Advisory Body Evaluation