Tohma Bridge Tohma Köprüsü | |
---|---|
Coordinates | 38°30′17″N 38°14′19″E / 38.50483°N 38.23863°E |
Carries | Motor vehicles |
Crosses | Karakaya Dam Reservoir |
Locale | Tohma, Malatya Province, Turkey |
Begins | 2018 |
Other name(s) | Şehit Gaffar Güneş Köprüsü Martyr Gaffar Güneş Bridge |
Characteristics | |
Design | Box girder bridge |
Material | Prestressed concrete |
Trough construction | Steel |
Pier construction | Bored pile |
Total length | 517.5 m (1,698 ft) |
Width | 16.5 m (54 ft) |
Height | 21 m (69 ft) |
Longest span | 34.5 m (113 ft) |
No. of spans | 15 |
No. of lanes | 2 |
History | |
Contracted lead designer | Ziver İnşaat Co. |
Constructed by | PYES Co. |
Inaugurated | 6 February 2021 |
Location | |
Tohma Bridge (Turkish: Tohma Köprüsü), also known as Martyr Gaffar Güneş Bridge (Şehit Gaffar Güneş Köprüsü), is a road bridge in Malatya Province, eastern Turkey.
The bridge crosses the Karakaya Dam reservoir on the State road D.875 between the provinces Malatya and Sivas.[1] It is to connect Eastern Anatolia and Southeastern Anatolia regions with Black Sea Region via Malatya.[2]
Started in 2018, it was designed as a box girder bridge and built with prestressed concrete using incremental launch method by PYES Co. under the contractor Ziver İnşaat Co.[2][3] For the construction of the bridge were 12,000 m3 (420,000 cu ft) concrete, 2,700 tons steel for girders of 3 m × 16 m (9.8 ft × 52.5 ft) dimension and 4,360 m (14,300 ft) bored pile used. It features seismic base isolators on both ends to withstand earthquakes.[2] Opened on 6 February 2021, the bridge is 517.5 m (1,698 ft) long, 16.5 m (54 ft) wide and 21 m (69 ft) high with a total of 15 spans of {34.5 m (113 ft).[1][2][3] It carries two lanes in each direction.[1]
References
- 1 2 3 "Tohma Köprüsü nerede?". Hürriyet (in Turkish). 6 February 2021. Retrieved 6 February 2021.
- 1 2 3 4 "'İtme sürme yöntemi' ile inşa edilen yeni Tohma Köprüsü açılıyor". Anadolu News Agency (in Turkish). 5 February 2021. Retrieved 7 February 2021.
- 1 2 "The Tohma Bridge". Bridgewiz Engineering. Retrieved 7 February 2021.