List of bridges in Peru

Last updated

This is a list of bridges and viaducts in Peru, including those for pedestrians and vehicular traffic.

Contents

Historical and architectural interest bridges

NameDistinctionLengthTypeCarries
Crosses
OpenedLocationDepartmentRef.
Inca Bridge.jpg 1 Inca Bridge Old secret entrance to Machu Picchu
World Heritage Logo global.svg World Heritage Site
Beam bridge
Wood
Footbridge
Aguas Calientes
13°09′50.7″S72°32′56.7″W / 13.164083°S 72.549083°W / -13.164083; -72.549083 (Inca Bridge)
Cuzco [1]
[2]
IRB-9-NewBridgeComplete-keshwa-2.jpg 2 Queshuachaca Last remaining Inca rope bridge 45 m (148 ft) Simple suspension
Grass ropes
Footbridge
Apurímac River
Quehue District
14°22′52.8″S71°29′02.5″W / 14.381333°S 71.484028°W / -14.381333; -71.484028 (Queshuachaca)
Cuzco [3]
[4]
[5]
Puenteuchumayo.jpg 3 Uchumayo Bridge Devil’s Bridge Masonry
1 semi-circular arch

Chili river
1604 Uchumayo District
16°25′36.1″S71°40′29.7″W / 16.426694°S 71.674917°W / -16.426694; -71.674917 (Uchumayo Bridge)
Arequipa [6]
Lima Rio Rimac Bridge.jpg 4 Puente de Piedra Historic Centre of Lima
World Heritage Logo global.svg World Heritage Site
115 m (377 ft) Masonry
4 semi-circular arches (6 originally)
Road bridge
Rímac River
1610 Lima
12°02′35.8″S77°01′47.0″W / 12.043278°S 77.029722°W / -12.043278; -77.029722 (Puente de Piedra)
Department of Lima [S 1]
[7]
[8]
Puente Arequipa DSCF6633 (14420388573).jpg 5 Francisco Bolognesi Bridge  [ es ] Masonry
5 semi-circular arches
Road bridge
Chili river
1608 Arequipa
16°23′51.5″S71°32′30.5″W / 16.397639°S 71.541806°W / -16.397639; -71.541806 (Francisco Bolognesi Bridge)
Arequipa [9]
Puente Colonial de Pachachaca.jpg 6 Pachachaca Bridge  [ es ]36 m (118 ft) Masonry
1 semi-circular arch
Road bridge
Pachachaca River
1654 Abancay
13°39′47.5″S72°56′14.8″W / 13.663194°S 72.937444°W / -13.663194; -72.937444 (Pachachaca Bridge)
Apurímac [10]
Bolivar Bridge erected in 1882 at Arequipa.jpg 7 Bolívar Bridge  [ es ]484 m (1,588 ft) Trestle bridge
Puddled iron, Fink truss
Road bridge
Former Ferrocarril del Sur
Chili river
1871 Arequipa
16°24′37.7″S71°32′52.2″W / 16.410472°S 71.547833°W / -16.410472; -71.547833 (Bolívar Bridge)
Arequipa [I 1]
[11]
Viaducto de Verrugas.jpg 8 First Verrugas Bridge
collapsed in 1889
Height : 77 m (253 ft)175 m (574 ft) Trestle bridge
Wrought iron, Fink truss
Lima–La Oroya railway
Verrugas Canyon
1873 San Bartolome District Santiago de Surco
11°53′21.5″S76°29′13.8″W / 11.889306°S 76.487167°W / -11.889306; -76.487167 (First Verrugas Bridge)
Department of Lima [S 2]
[12]
Puente Infiernillo Junin0338.jpg 9 El Infiernillo Bridge 63 m (207 ft) Truss
Steel
Lima–La Oroya railway
1908 San Mateo District
11°44′21.7″S76°16′52.6″W / 11.739361°S 76.281278°W / -11.739361; -76.281278 (El Infiernillo Bridge)
Department of Lima [I 2]
[13]
Puente de ferrocarril en Matucana.jpg 10 Chaupichaca Bridge 123 m (404 ft) Truss
Steel
Lima–La Oroya railway
1909 San Mateo District
11°47′12.4″S76°19′02.6″W / 11.786778°S 76.317389°W / -11.786778; -76.317389 (Chaupichaca Bridge)
Department of Lima [13]
Peru railroad steel bridge2.jpg 11 Verrugas Bridge Height : 80 m (260 ft)218 m (715 ft) Truss
Steel
Lima–La Oroya railway
Verrugas Canyon
1937 San Bartolome District Santiago de Surco
11°53′20.8″S76°29′13.9″W / 11.889111°S 76.487194°W / -11.889111; -76.487194 (Verrugas Bridge)
Department of Lima [S 3]
[I 3]
[13]

Major road and railway bridges

The modular suspension bridges have a great success in Peru, the type of bridge developed by the Austrian company Waagner-Biro has the advantage of being simple and quick to implement. These bridges can be made by locals or unskilled workers, the components are fixed and assembled on site, so no welding is required. [14] The company was in charge of building the longest suspension bridge in the country, the Continental Bridge (also known as the President Guillermo Billinghurst Bridge), the elements of which were delivered in 1981, but for political reasons the project did not resume until 2004 and the inauguration took place in 2011. This bridge is part of the Interoceanic Highway which provides a link between Brazil and Peru. [15] [16]

The company SIMA (Shipyard Marine Industrial Services) specialized in shipbuilding, has an important activity in the construction of bridges in Peru, it has produced nearly 300 metal bridges across the country (2013). [17]

This table presents the structures with spans greater than 100 metres (330 ft) (non-exhaustive list).

NameSpanLengthTypeCarries
Crosses
OpenedLocationDepartmentRef.
Guillermo Billinghurst Bridge DSC00658 (39536226921).jpg 1 Continental Bridge  [ es ]320 m (1,050 ft)723 m (2,372 ft) Suspension
Steel truss deck, steel pylons, concrete piers
104+320+104
Road PE-30C
Interoceánica Sur
Madre de Dios River
2011 Puerto Maldonado
12°35′26.3″S69°10′25.4″W / 12.590639°S 69.173722°W / -12.590639; -69.173722 (Continental Bridge)
Madre de Dios [S 4]
[I 4]
Puente Nanay desde Santo Tomas2.jpg 2 Nanay Bridge  [ es ]241 m (791 ft)1,941 m (6,368 ft) Cable-stayed
Composite steel/concrete deck, concrete pylons
91+241+91
Road PE-5N I
Nanay River
2021 Iquitos
3°41′43.2″S73°15′17.4″W / 3.695333°S 73.254833°W / -3.695333; -73.254833 (Nanay Bridge)
Loreto [I 5]
[18]
Raul-vittor-alfaro-01.jpg 3 Punta Arenas Bridge 220 m (720 ft)271 m (889 ft) Suspension
Steel truss deck, steel pylons
Road PE-5N
Huallaga River
1975 Campanilla District
7°31′45.4″S76°40′17.4″W / 7.529278°S 76.671500°W / -7.529278; -76.671500 (Punta Arenas Bridge)
San Martín [S 5]
[I 6]
Tocache02.jpg 4 Tocache Bridge 220 m (720 ft)220 m (720 ft) Suspension
Steel truss deck, steel pylons
Road PE-5N
Huallaga River
1975 Tocache
8°11′12.6″S76°30′26.4″W / 8.186833°S 76.507333°W / -8.186833; -76.507333 (Tocache Bridge)
San Martín [S 6]
[I 7]
P1010388mod2.jpg 5 Picota Bridge 220 m (720 ft) Suspension
Steel truss girder deck, steel pylons
Road bridge
Huallaga River
1984 Picota
6°55′34.5″S76°19′44.0″W / 6.926250°S 76.328889°W / -6.926250; -76.328889 (Picota Bridge)
San Martín [19]
6 Huallaga Bridge
under construction
220 m (720 ft)408 m (1,339 ft) Cable-stayed
Composite steel/concrete deck, concrete pylons
87+220+87
Road bridge
Huallaga River
2023 Saint Lucia
8°20′44.5″S76°22′59.0″W / 8.345694°S 76.383056°W / -8.345694; -76.383056 (Huallaga Bridge)
San Martín [20]
[21]
Puente de Aguaytia.jpg 7 New Aguaytía Bridge 200 m (660 ft)576 m (1,890 ft) Suspension
Steel truss deck, steel pylons
Road PE-5N
Aguaytía River
2000 Aguaytía
9°02′14.2″S75°30′18.0″W / 9.037278°S 75.505000°W / -9.037278; -75.505000 (New Aguaytía Bridge)
Ucayali [S 7]
[I 8]
[22]
[23]
8 Bellavista Bridge 190 m (620 ft)320 m (1,050 ft) Cable-stayed
Composite steel/concrete deck, concrete pylons
Road bridge
Huallaga River
2010 Bellavista
7°04′09.1″S76°34′53.8″W / 7.069194°S 76.581611°W / -7.069194; -76.581611 (Bellavista Bridge)
San Martín [S 8]
[I 9]
Ciudad Constitucion (Peru).jpg 9 Palcazú Bridge 180 m (590 ft)260 m (850 ft) Suspension
Steel truss deck, steel pylons
Road PE-5N
Palcazu River
Ciudad Constitución
9°51′02.6″S75°00′57.9″W / 9.850722°S 75.016083°W / -9.850722; -75.016083 (Palcazú Bridge)
Pasco [I 10]
10 Pachitea Bridge 180 m (590 ft)356 m (1,168 ft) Extradosed
Composite steel/concrete deck, steel pylons and cable-stays
88+180+88
Road PE-5NH
Pachitea River
2016 Puerto Inca
9°23′15.9″S74°58′03.7″W / 9.387750°S 74.967694°W / -9.387750; -74.967694 (Pachitea Bridge)
Huánuco [24]
[25]
InteroceanicaPeru.jpg 11 Inambari Bridge 160 m (520 ft)173 m (568 ft) Suspension
Steel truss deck, steel pylons
Road PE-30C
Interoceánica Sur
Inambari River
1966 Puerto Leguía
13°11′07.9″S70°23′03.2″W / 13.185528°S 70.384222°W / -13.185528; -70.384222 (Inambari Bridge)
Puno
Madre de Dios
[I 11]
12 Comuneros Bridge 160 m (520 ft)524 m (1,719 ft) Cable-stayed
Composite steel/concrete deck, concrete pylons
70+160+70
Road bridge
Mantaro River
2019 Huancayo
12°05′31.9″S75°13′56.1″W / 12.092194°S 75.232250°W / -12.092194; -75.232250 (Comuneros Bridge)
Junín [I 12]
[26]
13 Chamorro Bridge 160 m (520 ft)160 m (520 ft) Arch
Steel tied arch
Bow-string bridge
Road bridge
Matagente River
2022 El Carmen District Chincha Baja District
13°30′09.8″S76°06′41.6″W / 13.502722°S 76.111556°W / -13.502722; -76.111556 (Chamorro Bridge)
Ica [27]
Puente-chilina2.jpg 14 Chilina Bridge  [ es ]157 m (515 ft)562 m (1,844 ft) Box girder
Prestressed concrete
Twin bridges
100+157+142+102
Road bridge
Quilca River
2014 Arequipa
16°22′54.4″S71°32′04.7″W / 16.381778°S 71.534639°W / -16.381778; -71.534639 (Chilina Bridge)
Arequipa [S 9]
[I 13]
[28]
15 Santa Martha Bridge 150 m (490 ft)150 m (490 ft) Suspension
Steel truss girder deck, steel pylons
Road PE-5N
Huayllabamba River
1983 Lopuna
7°16′05.8″S76°44′14.1″W / 7.268278°S 76.737250°W / -7.268278; -76.737250 (Santa Martha Bridge)
San Martín [I 14]
Puente Yanango - panoramio.jpg 16 Yanango Bridge (1998)
collapsed in 2005
150 m (490 ft)150 m (490 ft) Cable-stayed
Steel girder deck, 1 steel pylon
Road PE-22B
Yanango River
1998 San Ramón
11°12′30.8″S75°29′12.1″W / 11.208556°S 75.486694°W / -11.208556; -75.486694 (Yanango Bridge (1998))
Junín [S 10]
[29]
[30]
Puente Bolognesi, Piura1.jpg 17 Bolognesi Bridge  [ es ]150 m (490 ft)150 m (490 ft) Arch
Steel tied arch
Bow-string bridge
Road bridge
Avenida Bolognesi
Piura River
2002 Piura
5°12′03.0″S80°37′31.6″W / 5.200833°S 80.625444°W / -5.200833; -80.625444 (Bolognesi Bridge)
Piura [S 11]
[I 15]
18 Pizana Bridge 150 m (490 ft)150 m (490 ft) Suspension
Steel truss girder deck, steel pylons
Road PE-5N
Huallaga River
Pizana
8°00′31.2″S76°38′58.6″W / 8.008667°S 76.649611°W / -8.008667; -76.649611 (Pizana Bridge)
San Martín [I 16]
19 Antonio Raimondi Bridge 150 m (490 ft)150 m (490 ft) Arch
Steel tied arch
Bow-string bridge
Road PE-12B
Marañón River
2018 Quiches District Taurija District
8°20′31.4″S77°27′30.5″W / 8.342056°S 77.458472°W / -8.342056; -77.458472 (Antonio Raimondi Bridge)
Ancash
La Libertad
[I 17]
[31]
[32]
20 Santa María de Nieva Bridge 150 m (490 ft)242 m (794 ft) Suspension
Steel truss girder deck, steel pylons
Road bridge
Nieva River
Santa María de Nieva
4°36′15.7″S77°52′05.4″W / 4.604361°S 77.868167°W / -4.604361; -77.868167 (Santa María de Nieva Bridge)
Amazonas [I 18]
[33]
21 Maranura Bridge 145 m (476 ft)202 m (663 ft) Arch
Concrete deck arch
Road PE-28B
Urubamba River
2021 Maranura District
12°57′50.7″S72°39′59.3″W / 12.964083°S 72.666472°W / -12.964083; -72.666472 (Maranura Bridge)
Cuzco [I 19]
[34]
[35]
22 Puerto Ocopa Bridge 140 m (460 ft)163 m (535 ft) Arch
Steel through arch
Road PE-5S
Perené River
2016 Puerto Ocopa
11°08′01.3″S74°18′56.9″W / 11.133694°S 74.315806°W / -11.133694; -74.315806 (Puerto Ocopa Bridge)
Junín [I 20]
[36]
[37]
23 Otorongo Bridge 130 m (430 ft) Suspension
Steel truss girder deck, steel pylons
Road PE-34B
Inambari River
Puerto Leguía
13°11′39.0″S70°23′09.2″W / 13.194167°S 70.385889°W / -13.194167; -70.385889 (Otorongo Bridge)
Puno
Madre de Dios
[I 21]
24 Ubiriki Bridge 125 m (410 ft)125 m (410 ft) Arch
Steel tied arch
Bow-string bridge
Road bridge
Perené River
2014 Bajo Aldea
10°51′46.9″S74°59′17.8″W / 10.863028°S 74.988278°W / -10.863028; -74.988278 (Ubiriki Bridge)
Junín [I 22]
25 Calemar Bridge 120 m (390 ft)120 m (390 ft) Arch
Steel tied arch
Bow-string bridge
Road PE-10B
Marañón River
2018 Calemar
7°31′19.4″S77°43′44.6″W / 7.522056°S 77.729056°W / -7.522056; -77.729056 (Calemar Bridge)
La Libertad [38]
26 Chinchipe Bridge 120 m (390 ft)120 m (390 ft) Arch
Steel tied arch
Bow-string bridge
Road bridge
Chinchipe River
2019 San José de Lourdes District
5°06′38.9″S78°56′27.2″W / 5.110806°S 78.940889°W / -5.110806; -78.940889 (Chinchipe Bridge)
Cajamarca [I 23]
[39]
Puente paranapura.jpg 27 Paranapura Bridge 110 m (360 ft)110 m (360 ft) Arch
Steel tied arch
Bow-string bridge
Road bridge
Paranapura River
2013 Yurimaguas
5°52′16.5″S76°07′55.5″W / 5.871250°S 76.132083°W / -5.871250; -76.132083 (Paranapura Bridge)
Loreto [I 24]
[40]
[41]
Estrada do Pacifico integra economia e cultura com o Peru.jpg 28 Brazil–Peru Integration Bridge 110 m (360 ft)240 m (790 ft) Extradosed
Concrete box girder deck, concrete pylons
65+110+65
Road PE-30C
Acre River
2005 Iñapari Assis Brasil
10°56′29.1″S69°34′37.4″W / 10.941417°S 69.577056°W / -10.941417; -69.577056 (Brazil–Peru Integration Bridge)
Madre de Dios
Flag of Brazil.svg  Brazil
[S 12]
[I 25]
Orange Bridge in Peru.jpg 29 Cunyac Bridge 108 m (354 ft)108 m (354 ft) Suspension
Steel truss girder deck, steel pylons
Road PE-3S
Apurímac River
1987 Curahuasi District Mollepata District
13°33′45.6″S72°34′30.6″W / 13.562667°S 72.575167°W / -13.562667; -72.575167 (Cunyac Bridge)
Apurímac
Cuzco
[I 26]
Bridge near Junin, Peru.jpg 30 Yanango Bridge 107 m (351 ft)107 m (351 ft) Suspension
Steel truss girder deck, steel pylons
Road PE-22B
Yanango River
San Ramón
11°12′33.3″S75°29′09.6″W / 11.209250°S 75.486000°W / -11.209250; -75.486000 (Yanango Bridge)
Junín [30]
31 Perené Bridge 102 m (335 ft)102 m (335 ft) Suspension
Steel truss girder deck, steel pylons
Road bridge
Perené River
2018 Pichanaki
10°59′47.2″S74°45′30.7″W / 10.996444°S 74.758528°W / -10.996444; -74.758528 (Perené Bridge)
Junín [42]
[43]
Puente del Ejercito Lima Peru.jpg 32 Army Bridge 105 m (344 ft)105 m (344 ft) Arch
Steel tied arch
Bow-string bridge
Twin bridges
2010 Lima
12°02′19.6″S77°02′36.5″W / 12.038778°S 77.043472°W / -12.038778; -77.043472 (Ejército Bridge)
Department of Lima [44]
Perou du Nord-0556.jpg 33 Chacanto Bridge 100 m (330 ft)108 m (354 ft) Arch
Concrete through arch
Road PE-8B
Marañón River
2020 Utco District Balsas District
6°50′58.9″S78°01′46.3″W / 6.849694°S 78.029528°W / -6.849694; -78.029528 (Chacanto Bridge)
Lima
Amazonas
[45]

See also

Map all coordinates using: OpenStreetMap

Notes and references

    1. "Puente Bolívar". 17 June 2009.
    2. "Puente Infiernillo". 12 October 2009.
    3. "Puente Carrión (Ferrocarril Central)". 6 October 2009.
    4. "Puente Continental (ex Billinghurst)". 21 July 2011.
    5. "Puente Nanay". 24 April 2022.
    6. "Puente Punta Arenas". 14 March 2015.
    7. "Puente Tocache". 29 November 2014.
    8. "Puente Aguaytía". 17 April 2014.
    9. "Puente Bellavista". 16 March 2014.
    10. "Puente Palcazu". 15 November 2014.
    11. "Puente Inambari". 31 March 2014.
    12. "Puente Comuneros". 4 October 2019.
    13. "Puente Chilina o Mariano Melgar". 20 May 2016.
    14. "Puente Santa Martha". 15 March 2015.
    15. "Puente Bolognesi". 18 February 2014.
    16. "Puente Pizana". 7 May 2014.
    17. "Puente Antonio Raimondi". 16 October 2019.
    18. "Puente Santa María de Nieva (Proyecto)". 16 April 2014.
    19. "Puente Maranura". 5 November 2021.
    20. "Puente Puerto Ocopa". 28 August 2016.
    21. "Puente Otorongo". 22 April 2014.
    22. "Puente Ubiriki". October 2017.
    23. "Puente Chinchipe". 5 December 2019.
    24. "Puente Paranapura". 20 April 2014.
    25. "Puente de Integración Perú-Brasil". 20 February 2014.
    26. "Puente Cunyac". 23 April 2014.
    1. "Historic Sanctuary of Machu Picchu". Whc.unesco.org. Retrieved 18 November 2022.
    2. "Machu Picchu Ruins - The Sacred Plaza - Travels And Tours". Delange.org. Archived from the original on October 23, 2016.
    3. Squier, Ephraim George (1877). The Great Hanging Bridge Over the Apurimac. New York: Harper Bros. p. 545.{{cite book}}: |work= ignored (help)
    4. Foer, Joshua (February 22, 2011). "The Last Incan Grass Bridge". Slate.com. Retrieved December 17, 2022.
    5. "The last Inka suspension bridge in existence". Rutahsa.com. Retrieved December 17, 2022.
    6. "Puente del Diablo" [Devil's Bridge]. Mincetur.gob.pe (in Spanish). Archived from the original on March 3, 2016.
    7. "Historic Centre of Lima". Whc.unesco.org. Retrieved 18 November 2022.
    8. "Puente de Piedra, Lima, Perú" [Stone Bridge, Lima, Peru]. Issuu.com (in Spanish). 29 June 2021. Retrieved December 17, 2022.
    9. Polar, Jorge (1891). Arequipa - descripción y estudio social [Arequipa - description and social study] (in Spanish). Tip. Mercantil. p. 184.
    10. "Puente Colonial Pachachaca" [Pachachaca Colonial Bridge]. Mincetur.gob.pe (in Spanish). Archived from the original on July 4, 2015. Retrieved December 17, 2022.
    11. "Puente Bolívar: el icónico Puente de Fierro de Arequipa" [Bolívar Bridge: the iconic Iron Bridge of Arequipa]. Panelesach.com (in Spanish). 22 July 2021. Retrieved December 17, 2022.
    12. Gandhi, Kirti (2009). "Verrugas Viaduct and its Reconstruction, Peru, South America" (PDF). Safety and Reliability of Bridge Structures. CRC Press. ISBN   9780429206559. Archived from the original (PDF) on September 25, 2020.{{cite book}}: |website= ignored (help)
    13. 1 2 3 Centenario de la Inauguración de la Estación de Desamparados (1912–2012)
    14. Arturo Traverso Tacuri, Ivan (August 2017). Consulting Report - SIMA PERU (PDF). Tesis.pucp.edu.pe (Thesis). p. 104, 105. Retrieved December 17, 2022.
    15. "Puente Continental, Maldonado, Peru". Waagnerbiro-bridgesystems.com. 7 April 2021. Retrieved December 17, 2022.
    16. "Peru Project Spans One River, Three Decades". Enr.com - Engineering News-Record. Retrieved December 17, 2022.
    17. Arturo Traverso Tacuri, Ivan (August 2017). Consulting Report - SIMA PERU (PDF). Tesis.pucp.edu.pe (Thesis). p. 79. Retrieved December 17, 2022.
    18. López, Jack (December 2014). "Puente Nanay y viaductos de acceso - volumen n° 3: memoria descriptiva, especificaciones" [Nanay Bridge and access viaducts - volume n° 3: descriptive memory, specifications](PDF). Construcción De La Carretera Bellavista - Mazán - Salvador - El Estrecho (in Spanish).{{cite book}}: |website= ignored (help)
    19. "Ministro Silva anunció la renovación del puente Picota en San Martín" [Minister Silva announced the renovation of the Picota bridge in San Martín]. Gob.pe (in Spanish). Retrieved December 17, 2022.
    20. Estudio definitivo para la construccion del puente huallaga y accesos - Volumen n°01 - resumen ejecutivo del proyecto [Definitive study for the construction of the huallaga bridge and accesses - Volume n°01 - executive summary of the project](PDF) (in Spanish). August 2018.{{cite book}}: |website= ignored (help)
    21. "Construcción del puente Huallaga tiene un avance de más del 57%" [Construction of the Huallaga bridge has an advance of more than 57%]. Gob.pe (in Spanish). Retrieved December 17, 2022.
    22. "Nuevo Puente Aguaytía y Accesos" [New Aguaytía Bridge and Access Viaducts](PDF). Cuadrilla (in Spanish). Vol. 24. April 2000. pp. 8, 9.{{cite book}}: |website= ignored (help)
    23. Richard Aquino Peñafiel, Ronald (May 2002). Capacidad de carga, construcción y resultados decolumnas de cimentación del puente aguaytía [Load capacity, construction and results of foundation columns of the Aguaytía bridge](PDF) (in Spanish). Universidad de Piura.{{cite book}}: |website= ignored (help)
    24. "Puente Pachitea - Reto de envergadura para la infraestructura vial" [Pachitea Bridge - Major challenge for road infrastructure]. Costos (in Spanish). Vol. 274. January 2017. pp. 14–21. ISSN   2223-0017.{{cite book}}: |website= ignored (help)
    25. "Puente sobre el río Pachitea en Puerto Inca, Región de Huánuco, Perú 2016" [Bridge over the Pachitea River in Puerto Inca, Huánuco Region, Peru 2016]. Cesmaingenieros.com - Cesma Ingenieros (in Spanish). Retrieved December 17, 2022.
    26. "Puente Comuneros, Junín - Esbelta estructura sobre el Mantaro" [Comuneros Bridge, Junín - Slender structure over the Mantaro]. Perú Construye (in Spanish). Vol. 31. October 2014. pp. 42–52.{{cite book}}: |website= ignored (help)
    27. "Chamorro bridge in Perú near completion". Cfcsl.com - Carlos Fernández Casado S.L. Engineering. 27 May 2022. Retrieved December 17, 2022.
    28. "Proyecto Puente Chilina - Características" [Chilina Bridge Project - Characteristics]. Puentechilina.com (in Spanish). Archived from the original on December 13, 2013.
    29. Tolentino Yparraguirre, Víctor (2010). "Importancia de la construccion de tuneles viales en el peru" [Importance of the construction of road tunnels in Peru](PDF). XV Congreso Peruano de Geología. Resúmenes Extendidos (in Spanish). Vol. 9. Cusco: Sociedad Geológica del Perú. pp. 1075–1079.{{cite book}}: |website= ignored (help)
    30. 1 2 Alva Hurtado, Jorge E.; Macazana Erique, Ronald H. (2009). Diseño de anclajes del puente provisional Yanango [Yanango provisional bridge anchorage design](PDF) (in Spanish). Colegio De Ingenieros Del Perú.{{cite book}}: |website= ignored (help)
    31. "Lanzando una imponente estructura de acero - Puente Antonio Raimondi" [Casting an imposing steel structure - Antonio Raimondi Bridge]. Costos (in Spanish). Vol. 292. July 2018. pp. 12–18. ISSN   2223-0017.{{cite book}}: |website= ignored (help)
    32. "Gran estructura de acero - Puente Antonio Raimondi y accesos" [Large steel structure - Antonio Raimondi Bridge and accesses]. Perú Construye (in Spanish). Vol. 50. December 2017. pp. 36–42.{{cite book}}: |website= ignored (help)
    33. Estudio definitivo para la construccion del Puente Santa Maria de nieva y accesos - Informe final: Volumen n° 5 - Resumen ejecutivo [Definitive study for the construction of the Santa Maria de Nieva Bridge and accesses - Final report: Volume n° 5 - Executive summary](PDF) (in Spanish). Ministerio de Transporte y Comunicaciones. January 2013.{{cite book}}: |website= ignored (help)
    34. "Construcción del Puente de Maranura y accesos" [Construction of the Maranura Bridge and accesses](PDF). Cps.es (in Spanish). Retrieved December 17, 2022.
    35. "Maranura Bridge over the Vilcanota River in the Sacred Valley of the Incas. Peru. 2020". Cfcsl.com - Carlos Fernández Casado S.L. Engineering. Retrieved December 17, 2022.
    36. "Puente Puerto Ocopa - Estructura de acero en medio de la selva" [Puerto Ocopa Bridge - Steel structure in the middle of the jungle](PDF). Perú Construye (in Spanish). Vol. 43. October 2016. pp. 40–53.{{cite book}}: |website= ignored (help)
    37. "Construcción de Puente de Ocopa y accesos. Puerto de Ocopa (Perú)" [Construction of the Ocopa Bridge and accesses. Port of Ocopa (Peru)]. Freyssinet.es (in Spanish). Retrieved December 17, 2022.
    38. "Puente Calemar - Estructura metálica sobre el Marañón" [Calemar Bridge - Metallic structure over the Marañón](PDF). Perú Construye (in Spanish). Vol. 52. May 2018. pp. 38–46.{{cite book}}: |website= ignored (help)
    39. "Montaje y Lanzamiento del Puente Chinchipe" [Assembly and Launch of the Chinchipe Bridge]. Acvoconstruccion.pe - ACVO Ingeniería y Construcción SAC (in Spanish). Retrieved December 17, 2022.
    40. "Con Puente Paranapura - Acceso al nuevo Puerto de Yurimaguas" [With Paranapura Bridge - Access to the new Port of Yurimaguas](PDF). Perú Construye (in Spanish). Vol. 27. February 2014. pp. 32–42.{{cite book}}: |website= ignored (help)
    41. "Servicio de Montaje, Lanzamiento y Losa de Concreto del Puente Paranapura" [Assembly, Launch and Concrete Slab Service of the Paranapura Bridge]. Acvoconstruccion.pe - ACVO Ingeniería y Construcción SAC (in Spanish). Retrieved December 17, 2022.
    42. "Puente Perené - Elemento estructural colgante" [Perené Bridge - Hanging structural element](PDF). Perú Construye (in Spanish). Vol. 55. October 2018. pp. 32–39.{{cite book}}: |website= ignored (help)
    43. González Meijide, J. Antonio; Corbal Álvarez, Jesús J.; Esteban Castrillejo, Alberto; Franqueira Losada, Lorena (June 2017). Puente sobre el río Perené en la comunidad nativa de Capachari - distrito de Pichanaki - región de Junin, Perú [Bridge over the Perené River in the native community of Capachari - Pichanaki district - Junin region, Peru](PDF) (in Spanish). Coruña: VII Congreso de ACHE - Asociación Española de Ingeniería Estructural.{{cite book}}: |website= ignored (help)
    44. "Fast Connections in Lima: DYWIDAG Bar Tendons Stabilize Arch Bridge" (PDF). DSI Info. Vol. 19. DYWIDAG-Systems International. 2012–2013. p. 140.{{cite book}}: |website= ignored (help)
    45. Estudio definitivo para la construccion del Puente Chacanto y accesos - volumen No 1: memoria descriptiva [Definitive study for the construction of the Chacanto Bridge and accesses - volume No 1: descriptive memory](PDF) (in Spanish). MTC Ministerio de Transportes y Comunicaciones. February 2013.{{cite book}}: |website= ignored (help)

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