Major bridges
This table presents a non-exhaustive list of the road and railway bridges with spans greater than 100 metres (328 ft).
| Name | Span | Length | Structural type | Carries Crosses |
Opened | Location | Department | Ref. | ||
|---|---|---|---|---|---|---|---|---|---|---|
| 1 | Pumarejo Bridge | 380 m (1,250 ft) | 2,173 m (7,129 ft) | Cable-stayed Concrete box girder deck, concrete pylons 70+140+380+140+70 | 2019 | Barranquilla–Palermo 10°57′1.1″N 74°45′23.2″W / 10.950306°N 74.756444°W | Atlántico Magdalena | [S 1] [1] [2] | ||
| 2 | Hisgaura Bridge | 330 m (1,080 ft) | 653 m (2,142 ft) | Cable-stayed Concrete girder deck, concrete pylons 125+330+125 | National road 55ST Hisgaura River | 2020 | San Andrés 6°46′58.7″N 72°50′28.1″W / 6.782972°N 72.841139°W | Santander | [3] [4] | |
_Bucaramanga%252C_Sder_-_Colombia.jpeg.webp) | 3 | Provincial Viaduct | 292 m (958 ft) | 551 m (1,808 ft) | Cable-stayed Concrete box girder deck, concrete pylons 129+292+129 | Troncal Norte-sur La Rosita Creek | 2015 | Bucaramanga 7°6′28.4″N 73°7′49.1″W / 7.107889°N 73.130306°W | Santander | [S 2] [5] [6] |
 | 4 | Puente de Occidente | 291 m (955 ft) | Suspension Steel girder deck | 1894 | Santa Fe de Antioquia–Olaya 6°34′40.6″N 75°47′53.8″W / 6.577944°N 75.798278°W | Antioquia | [Note 1] [S 3] [8] | ||
| 5 | First Chirajara bridge collapsed in 2018 | 286 m (938 ft) | 446 m (1,463 ft) | Cable-stayed Composite steel/concrete deck, concrete pylons 69+286+69 |  National road 40 Chirajara Creek | Guayabetal 4°12′7.2″N 73°47′46.1″W / 4.202000°N 73.796139°W | Cundinamarca | [S 4] [9] | ||
| 6 | New Honda Bridge | 247 m (810 ft) | 407 m (1,335 ft) | Cable-stayed Concrete girder deck, concrete pylons 80+247+80 | 2019 | Honda 5°14′10.4″N 74°43′38.1″W / 5.236222°N 74.727250°W | Tolima Cundinamarca | [10] | ||
 | 7 | Paso Real Bridge | 218 m (715 ft) | 310 m (1,020 ft) | Suspension Steel truss girder deck, steel pylons | 1962 | Santa Fe de Antioquia 6°30′48.8″N 75°49′04.3″W / 6.513556°N 75.817861°W | Antioquia | [11] [12] | |
 | 8 | César Gaviria Trujillo Viaduct | 211 m (692 ft) | 704 m (2,310 ft) | Cable-stayed Composite steel/concrete deck, concrete pylons 31+83+211+83+31 | 1997 | Pereira–Dosquebradas 4°49′3.1″N 75°41′10.2″W / 4.817528°N 75.686167°W | Risaralda | [S 5] [13] | |
 | 9 | Guillermo Gaviria Correa Bridge | 200 m (660 ft) | 917 m (3,009 ft) | Box girder Prestressed concrete 100+200+100 | Road bridge Magdalena River | 2006 | Barrancabermeja–Yondó 7°4′47.9″N 73°53′44″W / 7.079972°N 73.89556°W | Santander Antioquia | [14] |
| 10 | Puerto Berrío - Cimitarra Bridge | 200 m (660 ft)(x2) | 1,360 m (4,460 ft) | Box girder Prestressed concrete 140+2x200+140 | Road bridge Magdalena River | 2021 | Puerto Berrío 6°31′39.3″N 74°24′07.3″W / 6.527583°N 74.402028°W | Antioquia Santander | [15] | |
 | 11 | Ospina Maldonado Bridge | 200 m (660 ft) | Suspension Steel truss girder deck, steel pylons | Road bridge Magdalena River | Purificación 3°51′04.1″N 74°55′50.0″W / 3.851139°N 74.930556°W | Tolima | [16] | ||
| 12 | Chirajara Bridge under construction | 192 m (630 ft) | 421 m (1,381 ft) | Box girder Prestressed concrete 115+192+115 | National road 40 Chirajara Creek | 2023 | Guayabetal 4°12′7.2″N 73°47′46.1″W / 4.202000°N 73.796139°W | Cundinamarca | [17] | |
 | 13 | El Tablazo Bridge | 186 m (610 ft)(x2) | 555 m (1,821 ft) | Box girder Prestressed concrete 82+2x186+82 | 2015 | Betulia 7°02′18.2″N 73°20′29.3″W / 7.038389°N 73.341472°W | Santander | [18] [19] | |
| 14 | Moravia Bridge | 185 m (607 ft) | 370 m (1,210 ft) | Box girder Prestressed concrete 92+185+92 | Road bridge Medellín River | 2016 | Medellín 6°17′03.5″N 75°34′03.6″W / 6.284306°N 75.567667°W | Antioquia | [20] | |
| 15 | Mata de Cacao Bridge | 180 m (590 ft) | Box girder Prestressed concrete |  National road 66 Mata de Cacao Creek | 2015 | San Juan de Girón 7°06′26.7″N 73°21′40.4″W / 7.107417°N 73.361222°W | Santander | [18] | ||
 | 16 | Puerto Salgar Bridge | 180 m (590 ft) | 740 m (2,430 ft) | Box girder Prestressed concrete | Road bridge Magdalena River | 2018 | Puerto Salgar–La Dorada 5°24′23.1″N 74°39′59.7″W / 5.406417°N 74.666583°W | Cundinamarca Caldas | [21] |
| 17 | Guillermo Gómez Ortiz Bridge | 170 m (560 ft)(x2) | 510 m (1,670 ft) | Box girder Prestressed concrete 85+2x170+85 | Road bridge Sogamoso River | 2013 | San Juan de Girón–Zapatoca 6°54′02.4″N 73°11′10.1″W / 6.900667°N 73.186139°W | Santander | [18] [22] [23] | |
| 18 | Talaigua Nuevo-Santa Ana Bridge | 170 m (560 ft) | 512 m (1,680 ft) | Box girder Prestressed concrete 127+170+127 | Road bridge Magdalena River | 2015 | Talaigua Nuevo–Santa Ana 9°18′57.7″N 74°34′03.5″W / 9.316028°N 74.567639°W | Bolívar Magdalena | [24] | |
 | 19 | Ferri Bridge | 170 m (560 ft) | 340 m (1,120 ft) | Box girder Prestressed concrete 85+170+85 | 2015 | Puerto Asís 0°34′58.3″N 76°34′39.6″W / 0.582861°N 76.577667°W | Putumayo | [25] | |
| 20 | New Cauca River Bridge | 170 m (560 ft) | 426 m (1,398 ft) | Box girder Prestressed concrete | Autopista al Mar 1 Cauca River | 2022 | Santa Fe de Antioquia 6°30′42.7″N 75°49′14.1″W / 6.511861°N 75.820583°W | Antioquia | [26] | |
| 21 | Chucuri Bridge | 170 m (560 ft) | 340 m (1,120 ft) | Box girder Prestressed concrete 85+170+85 | Road bridge | [27] | ||||
| 22 | Cauca Tarso Bridge | 169 m (554 ft) | 495 m (1,624 ft) | Box girder Prestressed concrete Twin bridges 130+169+117 | Autopista Conexión Pacífico 2 Cauca River | 2021 | Peñalisa 5°56′08.6″N 75°51′00.0″W / 5.935722°N 75.850000°W | Antioquia | [28] [29] | |
 | 23 | Mariano Ospina Pérez Bridge (Valle del Cauca) | 164 m (538 ft) | 237 m (778 ft) | Suspension Steel truss girder deck, steel pylons | Road bridge Cauca River | 1954 | La Unión–La Victoria 4°31′31.4″N 76°02′37.0″W / 4.525389°N 76.043611°W | Valle del Cauca | [30] [31] [32] |
| 24 | Eustaquio Palacios Bridge out of order | 162 m (531 ft) | 271 m (889 ft) | Suspension Steel truss girder deck, steel pylons | Road bridge Cauca River | 1926 | Zarzal–Roldanillo 4°24′18.2″N 76°06′04.9″W / 4.405056°N 76.101361°W | Valle del Cauca | [33] [34] | |
.jpg.webp) | 25 | Roncador Bridge | 160 m (520 ft)(x3) | 2,300 m (7,500 ft) | Box girder Prestressed concrete 80+3x160+80 | 2017 | Magangué–Cicuco 9°18′19.6″N 74°40′40.3″W / 9.305444°N 74.677861°W | Bolívar | [35] [36] | |
| 26 | Santa Lucía Bridge | 160 m (520 ft) | 1,000 m (3,300 ft) | Box girder Prestressed concrete | 2017 | Magangué–Cicuco 9°17′31.0″N 74°42′35.2″W / 9.291944°N 74.709778°W | Bolívar | [35] [37] | ||
| 27 | Servitá Bridge | 156 m (512 ft) | 212 m (696 ft) | Box girder Prestressed concrete Twin bridges 28+156+28 | National road 40 Servitá Creek | Villavicencio 4°10′32.5″N 73°42′16.9″W / 4.175694°N 73.704694°W | Meta | [38] | ||
| 28 | Geo Von Lengerke Bridge | 155 m (509 ft) | 391 m (1,283 ft) | Box girder Prestressed concrete 77+155+77 | Road bridge Sogamoso River | 2014 | San Juan de Girón–Betulia 6°57′05.5″N 73°13′58.0″W / 6.951528°N 73.232778°W | Santander | [18] [24] | |
| 29 | El Tigre Viaduct | 152 m (499 ft) | 304 m (997 ft) | Box girder Prestressed concrete 75+152+75 | National road 40 El Tigre Creek | 2010 | Cajamarca 4°25′15.6″N 75°23′00.5″W / 4.421000°N 75.383472°W | Tolima | [39] [40] | |
 | 30 | Monumental Bridge | 150 m (490 ft) | 540 m (1,770 ft) | Truss Steel Railroad bridge 150+5x76 | 1961 | Puerto Berrío 6°28′56.4″N 74°24′01.2″W / 6.482333°N 74.400333°W | Antioquia Santander | [41] [42] | |
 | 31 | Segundo Centenario Bridge | 150 m (490 ft) | 298 m (978 ft) | Box girder Prestressed concrete 74+150+74 | 2006 | Montería 8°46′01.7″N 75°52′59.4″W / 8.767139°N 75.883167°W | Córdoba | [43] | |
| 32 | New San Jorge River Bridge | 150 m (490 ft) | 150 m (490 ft) | Arch Steel tied arch Bow-string bridge | 2015 | La Apartada 8°04′02.5″N 75°21′29.7″W / 8.067361°N 75.358250°W | Córdoba | [44] | ||
| 33 | Enrique Santos Castillo Bridge | 150 m (490 ft) | 407 m (1,335 ft) | Box girder Prestressed concrete 75+150+75 | 2018 | Girardot–Flandes 4°15′56.0″N 74°52′29.6″W / 4.265556°N 74.874889°W | Cundinamarca Tolima | [45] [46] | ||
.jpg.webp) | 34 | Gualanday Viaduct | 149 m (489 ft)(x3) | 604 m (1,982 ft) | Box girder Prestressed concrete 77+3x149+77 | National road 40 Guacari Creek | 2014 | Gualanday 4°17′28.0″N 75°02′04.4″W / 4.291111°N 75.034556°W | Tolima | [47] |
| 35 | Banadia River Bridge | 146 m (479 ft) | 146 m (479 ft) | Arch Steel tied arch Bow-string bridge | Road bridge Banadia River | Saravena 6°54′43.9″N 71°48′02.2″W / 6.912194°N 71.800611°W | Arauca | [48] | ||
 | 36 | La Pintada Bridge | 144 m (472 ft) | Suspension Steel truss girder deck, steel pylons | Road bridge Cauca River | 1945 | La Pintada 5°44′40.6″N 75°36′16.5″W / 5.744611°N 75.604583°W | Antioquia | [49] | |
| 37 | Miraflores Bridge (Gama-Gachalá) | 142 m (466 ft) | 212 m (696 ft) | Box girder Prestressed concrete 30+142+40 | 1991 | Gachalá 4°42′26.8″N 73°32′57.3″W / 4.707444°N 73.549250°W | Cundinamarca | [18] [50] | ||
.jpg.webp) | 38 | Laureano Gómez bridge closed | 140 m (460 ft) | 1,500 m (4,900 ft) | Cable-stayed Concrete deck and cable-stays, concrete pylons 69+140+69 | 1974 | Barranquilla–Palermo 10°57′2.1″N 74°45′27″W / 10.950583°N 74.75750°W | Atlántico Magdalena | [S 6] [51] [52] | |
| 39 | Bicentennial Arch Viaduct | 140 m (460 ft) | 140 m (460 ft) | Arch Steel tied arch Bow-string bridge | Road bridge | 2012 | El Colegio 4°35′40.8″N 74°22′57.2″W / 4.594667°N 74.382556°W | Cundinamarca | [53] | |
 | 40 | Paso Del Colegio Bridge (2015) | 140 m (460 ft) | 170 m (560 ft) | Arch Steel tied arch Bow-string bridge | 2015 | Gigante 2°27′46.9″N 75°34′00.8″W / 2.463028°N 75.566889°W | Huila | [54] [55] | |
| 41 | Tienditas Bridge | 140 m (460 ft) | 280 m (920 ft) | Box girder Prestressed concrete 70+140+70 | 2016 | Cúcuta–Tienditas 7°52′36.0″N 72°27′10.5″W / 7.876667°N 72.452917°W | Norte de Santander Venezuela | [S 7] [56] | ||
| 42 | Pipiral East Viaduct | 140 m (460 ft)(x3) | 775 m (2,543 ft) | Box girder Prestressed concrete 75+3x140+75 | National road 40 | 2019 | Villavicencio 4°11′31.2″N 73°42′56.5″W / 4.192000°N 73.715694°W | Meta | [57] | |
_desde_la_Cordillera_Central_05.jpg.webp) | 43 | Cajamarca Bridge (2012) | 137 m (449 ft) | 282 m (925 ft) | Box girder Prestressed concrete 71+137+71 | National road 40 Anaime River | 2012 | Cajamarca 4°26′29.2″N 75°25′24.5″W / 4.441444°N 75.423472°W | Tolima | [18] [58] |
 | 44 | Puerto Lleras Bridge | 135 m (443 ft) | 270 m (890 ft) | Cable-stayed Composite steel/concrete deck, concrete pylons 70+135+70 | Road bridge Ariari River | 2017 | Puerto Lleras 3°15′59.2″N 73°22′44.7″W / 3.266444°N 73.379083°W | Meta | [59] |
 | 45 | Girardot Railway Bridge | 130 m (430 ft) | 466 m (1,529 ft) | Truss Steel | Ferrocarril del Tolima-Huila Magdalena River | 1930 | Girardot–Flandes 4°17′37.4″N 74°48′40.5″W / 4.293722°N 74.811250°W | Cundinamarca Tolima | [S 8] [60] [61] |
| 46 | General Santander Bridge destroyed | 130 m (430 ft) | 250 m (820 ft) | Suspension Steel truss girder deck, steel pylons | Road bridge Cauca River | 1940 | Tuluá–Riofrío 4°07′25.7″N 76°16′09.7″W / 4.123806°N 76.269361°W | Valle del Cauca | [62] | |
| 47 | Antonio Escobar Camargo Bridge | 130 m (430 ft) | 1,073 m (3,520 ft) | Box girder Prestressed concrete | 1997 | Plato 9°47′15.3″N 74°48′52.2″W / 9.787583°N 74.814500°W | Magdalena | [18] [63] | ||
| 48 | Balseadero Viaduct | 130 m (430 ft)(x4) | 1,708 m (5,604 ft) | Box girder Prestressed concrete 70+4x130+70 | 2015 | Garzón–El Agrado 2°13′51.6″N 75°38′57.9″W / 2.231000°N 75.649417°W | Huila | [64] | ||
| 49 | Tame River Bridge | 130 m (430 ft) | Arch Steel tied arch Bow-string bridge | Road bridge Tame River | Tame 6°25′04.7″N 71°44′38.7″W / 6.417972°N 71.744083°W | Arauca | [65] | |||
| 50 | Gualanday II Viaduct | 128 m (420 ft)(x2) | 760 m (2,490 ft) | Box girder Prestressed concrete 93+113+2x128+113+93 | National road 40 Guacari Creek | 2019 | Gualanday 4°17′14.1″N 75°02′07.8″W / 4.287250°N 75.035500°W | Tolima | [66] |
 | 51 | Ibagué Bypass Bridge | 127 m (417 ft) | 284 m (932 ft) | Box girder Prestressed concrete 63+127+63 | National road 40TLC Combeima River | 1998 | Ibagué 4°24′17.2″N 75°10′54.4″W / 4.404778°N 75.181778°W | Tolima | [67] |
 | 52 | Pipiral West Viaduct | 125 m (410 ft)(x3) | 545 m (1,788 ft) | Box girder Prestressed concrete 62+3x125+62 | National road 40 | 2002 | Villavicencio 4°11′29.3″N 73°42′58.2″W / 4.191472°N 73.716167°W | Meta | [S 9] [68] [69] |
| 53 | Puerto Bello Caquetá Bridge | 125 m (410 ft) | Arch Steel tied arch Bow-string bridge | Road bridge Fragua River | 2007 | Piamonte 1°08′26.9″N 76°16′54.4″W / 1.140806°N 76.281778°W | Cauca Caquetá | [70] | ||
| 54 | Hormiguero Bridge | 124 m (407 ft) | 162 m (531 ft) | Arch Steel tied arch Bow-string bridge | Road bridge Cauca River | 2005 | Hormiguero 3°18′06.2″N 76°28′37.5″W / 3.301722°N 76.477083°W | Valle del Cauca Cauca | [71] [72] | |
| 55 | Pujamanes Bridge | 122 m (400 ft) | 244 m (801 ft) | Box girder Prestressed concrete 60+122+60 | 2015 | San Juan de Girón 7°04′19.4″N 73°19′24.7″W / 7.072056°N 73.323528°W | Santander | [18] [73] | ||
 | 56 | Envigado bridge | 121 m (397 ft) | 242 m (794 ft) | Cable-stayed Concrete box girder deck, 1 concrete pylon 121+60 | Carrera 48 Las Vegas Avenue 37th Street | 2006 | Envigado 6°10′25″N 75°35′32.5″W / 6.17361°N 75.592361°W | Antioquia | [S 10] [74] |
| 57 | Anacaro Bridge destroyed | 120 m (390 ft) | 296 m (971 ft) | Suspension Steel truss girder deck, steel pylons | Road bridge Cauca River | 1928 | Anacaro 4°47′04.3″N 75°58′06.8″W / 4.784528°N 75.968556°W | Valle del Cauca | [75] [76] | |
| 58 | Carlos Holguín Bridge | 120 m (390 ft) | 199 m (653 ft) | Suspension Steel truss girder deck, steel pylons | Road bridge Cauca River | 1957 | Cali–Juanchito 3°27′01.7″N 76°28′33.4″W / 3.450472°N 76.475944°W | Valle del Cauca | [77] [78] | |
| 59 | Doménico Parma Bridge | 120 m (390 ft)(x2) | 240 m (790 ft) | Suspension Concrete girder deck, 1 concrete pylon | National road 29CL Chinchiná River | 1991 | Chinchiná 4°59′52.8″N 75°35′50.5″W / 4.998000°N 75.597361°W | Caldas | [79] [80] | |
| 60 | La Siberia Bridge | 120 m (390 ft) | Arch Steel tied arch Bow-string bridge | 1996 | San Vicente del Caguán 2°10′44.8″N 74°46′40.1″W / 2.179111°N 74.777806°W | Caquetá | [70] | |||
 | 61 | La Gazapa Bridge | 120 m (390 ft) | 240 m (790 ft) | Box girder Prestressed concrete 60+120+60 | Calle 8N Pamplonita River | 2008 | Cúcuta 7°54′33.2″N 72°28′55.5″W / 7.909222°N 72.482083°W | Norte de Santander | [S 11] [81] |
| 62 | Humea Bridge | 120 m (390 ft) | 316 m (1,037 ft) | Box girder Prestressed concrete 60+120+60 | Road bridge Humea River | 2009 | Cabuyaro 4°10′28.9″N 72°59′52.7″W / 4.174694°N 72.997972°W | Meta | [82] | |
 | 63 | La Paz Bridge (2013) | 120 m (390 ft) | 180 m (590 ft) | Box girder Steel V-shaped legs | 2013 | San Juan de Girón–Betulia 7°06′19.7″N 73°24′58.0″W / 7.105472°N 73.416111°W | Santander | [83] [84] | |
| 64 | Nechí River Bridge (Zaragoza) | 120 m (390 ft) | 240 m (790 ft) | Box girder Prestressed concrete 60+120+60 | Autopista Conexión Norte Nechí River | 2019 | Zaragoza 7°31′46.8″N 74°51′47.1″W / 7.529667°N 74.863083°W | Antioquia | [85] | |
| 65 | La Amistad Bridge (Ariari River) | 120 m (390 ft)(x3) | Box girder Prestressed concrete | Road bridge Ariari River | 2020 | San Luís de Cubarral 3°46′30.8″N 73°51′26.9″W / 3.775222°N 73.857472°W | Meta | [86] | ||
| 66 | Río Sucío Viaduct | 120 m (390 ft)(x3) | 660 m (2,170 ft) | Box girder Prestressed concrete | Bucaramanga-Barrancabermeja-Yondó Corridor Río Sucío | 2022 | Lebrija 7°11′14.3″N 73°19′27.0″W / 7.187306°N 73.324167°W | Santander | [87] | |
| 67 | Juanchito Bridge | 120 m (390 ft) | 198 m (650 ft) | Box girder Prestressed concrete Twin bridges | Road bridge Cauca River | 2022 | Cali–Juanchito 3°27′02.6″N 76°28′33.3″W / 3.450722°N 76.475917°W | Valle del Cauca | [88] | |
 | 68 | Saldaña River Bridge | 120 m (390 ft) | 120 m (390 ft) | Arch Steel tied arch Bow-string bridge | Saldaña 3°56′04.4″N 75°01′07.9″W / 3.934556°N 75.018861°W | Tolima | [89] | ||
| 69 | Paso Del Colegio Bridge | 116 m (381 ft) | Suspension Steel truss girder deck, steel pylons | Road bridge Magdalena River | Gigante 2°27′46.6″N 75°34′01.5″W / 2.462944°N 75.567083°W | Huila | [90] | ||
| 70 | Antonio Nariño Bridge | 115 m (377 ft) | Arch Steel tied arch Bow-string bridge | Road bridge Bogotá River | 2007 | Tocaima 4°26′51.1″N 74°38′33.7″W / 4.447528°N 74.642694°W | Cundinamarca | [70] | ||
 | 71 | El Alcaraván Bridge | 115 m (377 ft)(x3) | Arch Steel tied arch Bow-string bridge | Granada 3°30′00.9″N 73°43′55.7″W / 3.500250°N 73.732139°W | Meta | [70] | |||
| 72 | Quebrada Blanca Bridge | 114 m (374 ft) | 114 m (374 ft) | Arch Steel tied arch Bow-string bridge | Road bridge Río Negro | Guayabetal 4°14′01.9″N 73°49′09.2″W / 4.233861°N 73.819222°W | Cundinamarca | [91] | ||
| 73 | La Unión Viaduct | 111 m (364 ft) | 277 m (909 ft) | Box girder Prestressed concrete | Road bridge Avenida Floridablanca | 2016 | Bucaramanga 7°05′53.8″N 73°06′39.7″W / 7.098278°N 73.111028°W | Santander | [18] [92] | |
| 74 | Mediacanoa Bridge destroyed | 110 m (360 ft) | 242 m (794 ft) | Suspension Steel truss girder deck, steel pylons | Road bridge Cauca River | 1927 | Mediacanoa 3°53′24.0″N 76°21′01.1″W / 3.890000°N 76.350306°W | Valle del Cauca | [93] [94] | |
| 75 | Paso del Comercio Bridge | 110 m (360 ft) | 169 m (554 ft) | Suspension Steel truss girder deck, steel pylons | Road bridge Cauca River | 1951 | Cali 3°29′32.8″N 76°28′59.6″W / 3.492444°N 76.483222°W | Valle del Cauca | [95] [96] | |
| 76 | Girardot Bypass Magdalena River Bridge | 110 m (360 ft) | 173 m (568 ft) | Box girder Prestressed concrete Twin bridges 31+110+31 | National road 45TLG Magdalena River | 2006 | Girardot 4°15′25.4″N 74°47′09.0″W / 4.257056°N 74.785833°W | Cundinamarca | [97] | |
| 77 | El Guamuez Bridge | 110 m (360 ft) | 220 m (720 ft) | Box girder Prestressed concrete 54+110+54 | 2015 | La Hormiga 0°29′17.9″N 76°50′11.0″W / 0.488306°N 76.836389°W | Putumayo | [25] | ||
| 78 | Chicamocha River Bridge | 110 m (360 ft) | Arch Steel tied arch Bow-string bridge | La Palmera 6°30′46.5″N 72°41′33.3″W / 6.512917°N 72.692583°W | Boyacá Santander | [98] [99] | ||||
 | 79 | Gilberto Echeverri Mejía Bridge | 108 m (354 ft) | 560 m (1,840 ft) | Cable-stayed Concrete box girder deck, concrete pylons 53+108+53 | Calle 2 Sur Medellín River | 2012 | Medellín 6°12′13.9″N 75°34′45.1″W / 6.203861°N 75.579194°W | Antioquia | [S 12] [100] |
 | 80 | Navarro Bridge | 106 m (348 ft) | 167 m (548 ft) | Cantilever Steel | 1899 | Honda 5°12′9.3″N 74°43′59.7″W / 5.202583°N 74.733250°W | Tolima Cundinamarca | [101] [102] | |
| 81 | Simaña Bridge | 105 m (344 ft) | 105 m (344 ft) | Arch Steel tied arch Bow-string bridge |  National road 45 Simaña River | 2007 | Pelaya 8°39′14.8″N 73°38′49.3″W / 8.654111°N 73.647028°W | Cesar | [103] | |
| 82 | Antonio Roldan Betancur Bridge | 104 m (341 ft)(x2) | 248 m (814 ft) | Cable-stayed Concrete girder deck, 3 concrete pylons 20+2x104+20 | Road bridge Cauca River | 1992 | Cáceres 7°35′01.2″N 75°20′54.8″W / 7.583667°N 75.348556°W | Antioquia | [104] | |
| 83 | Puerto Valencia Bridge | 104 m (341 ft) | Arch Steel tied arch Bow-string bridge |  National road 37 | 2014 | Puerto Valencia 2°29′58.1″N 75°58′00.2″W / 2.499472°N 75.966722°W | Cauca Huila | [105] | ||
| 84 | Pericos Viaduct | 100 m (330 ft) | 195 m (640 ft) | Box girder Prestressed concrete 26+100+50 | National road 40 | Ibagué 4°24′52.8″N 75°19′13.8″W / 4.414667°N 75.320500°W | Tolima | [89] [106] | ||
| 85 | Unete Bridge | 100 m (330 ft) | Arch Steel tied arch Bow-string bridge |  National road 62 Unete River | Aguazul 5°12′22.6″N 72°36′05.1″W / 5.206278°N 72.601417°W | Casanare | [107] | |||
| 86 | Carlos Lleras Restrepo Bridge | 1,064 m (3,491 ft) | Beam bridge Prestressed concrete | Autopista Conexión Norte Cauca River | 1996 | Caucasia 7°58′14.7″N 75°11′17.9″W / 7.970750°N 75.188306°W | Antioquia | [108] | ||
| 87 | Bocas Bridge | Suspension Steel truss girder deck, steel pylons | Road bridge Cauca River | La Pintada 5°44′02.4″N 75°35′57.5″W / 5.734000°N 75.599306°W | Antioquia | |||||
| 88 | José María Córdoba Bridge | Suspension Steel truss girder deck, steel pylons | 1954 | Bolombolo 5°57′59.9″N 75°50′30.4″W / 5.966639°N 75.841778°W | Antioquia | [109] | ||||
| 89 | La Iglesias Bridge | Suspension Steel truss girder deck, steel pylons | Road bridge Cauca River | Puente Iglesias 5°49′47.8″N 75°42′28.5″W / 5.829944°N 75.707917°W | Antioquia | |||||
 | 90 | Mariano Ospina Pérez Bridge (Girardot) | Suspension Steel truss girder deck, steel pylons | 1950 | Girardot–Flandes 4°17′18.1″N 74°48′32.8″W / 4.288361°N 74.809111°W | Cundinamarca Tolima | [S 13] [110] | |||
| 91 | Gambote Bridge | Box girder Prestressed concrete | 2015 | Gambote 10°09′40.7″N 75°17′54.8″W / 10.161306°N 75.298556°W | Bolívar | [111] | ||||
 | 92 | Samaná Norte River Bridge | Arch Steel tied arch Bow-string bridge | San Luis 5°59′59.1″N 74°56′16.8″W / 5.999750°N 74.938000°W | Antioquia | |||||
.jpg.webp) | 93 | Jose Ignacio Andrade Bridge | Suspension Steel truss girder deck, steel pylons | Honda 5°12′23.6″N 74°44′3.7″W / 5.206556°N 74.734361°W | Tolima Cundinamarca | [S 14] | ||||
| 94 | Puerto Valdivia Bridge | Truss Steel | 1960 | Puerto Valdivia 7°17′18.4″N 75°23′36.2″W / 7.288444°N 75.393389°W | Antioquia | [112] | ||||
| 95 | Old La Paz Bridge | Suspension Steel truss girder deck, steel pylons | Road bridge Sogamoso River | San Juan de Girón–Betulia 7°06′20.1″N 73°24′58.4″W / 7.105583°N 73.416222°W | Santander | |||||
 | 96 | Cravo Norte River Bridge | Arch Steel tied arch Bow-string bridge | Road bridge Cravo Norte River | Cravo Norte 6°18′16.0″N 70°12′44.1″W / 6.304444°N 70.212250°W | Arauca | ||||
| 97 | La Peligrosa Viaduct | 430 m (1,410 ft) | Box girder Prestressed concrete | Bucaramanga-Barrancabermeja-Yondó Corridor La Peligrosa Creek | 2022 | Lebrija 7°10′23.8″N 73°23′35.8″W / 7.173278°N 73.393278°W | Santander | [113] | ||
| 98 | Nowen Bridge | 913 m (2,995 ft) | Box girder Prestressed concrete | 1998 | Puerto Concordia–Puerto Arturo 2°34′15.1″N 72°45′05.4″W / 2.570861°N 72.751500°W | Meta Guaviare | [114] | |||
| 99 | Campo Dos Bridge | Suspension Steel truss girder deck, steel pylons | Road bridge Sardinata River | Campo Dos 8°29′15.9″N 72°37′52.0″W / 8.487750°N 72.631111°W | Norte de Santander | [115] | ||||
| 100 | Cajamarca Bridge (1959) | 283 m (928 ft) | Truss Steel | National road 40 Anaime River | 1959 | Cajamarca 4°26′29.7″N 75°25′24.5″W / 4.441583°N 75.423472°W | Tolima | [116] | |
| 101 | Quebrada Blanca North Bridge | 167 m (548 ft) | Cable-stayed Concrete box girder deck, 1 concrete pylon | National road 40 Río Negro | Guayabetal 4°14′10.0″N 73°49′10.8″W / 4.236111°N 73.819667°W | Cundinamarca | [117] |
See also
- Transport in Colombia
- Highways in Colombia
- Rail transport in Colombia
- Geography of Colombia
- List of rivers of Colombia
- es:Anexo:Carreteras nacionales de Colombia (in Spanish) - Annex: National highways of Colombia
References
- Notes
- Nicolas Janberg, Structurae.com, International Database for Civil and Structural Engineering
- ↑ "Alberto Pumarejo Bridge".
- ↑ "Viaducto Provincial".
- ↑ "Puente Colgante de Occidente".
- ↑ "Chirajara Bridge".
- ↑ "Cesar Gaviria Trujillo Viaduct".
- ↑ "Laureano Gómez Bridge".
- ↑ "Tienditas Bridge".
- ↑ "Girardot Railroad Bridge".
- ↑ "Pipiral Viaduct".
- ↑ "Peldar Bridge".
- ↑ "La Gazapa Bridge".
- ↑ "Gilberto Echeverri Mejía Bridge".
- ↑ "Girardot Suspension Bridge".
- ↑ "Honda Bridge".
- Others references
- ↑ Ordín, David; Matute Rubio, Luis; Ortega Cornejo, Miguel; Spengler, Rüdiger (2020). "El nuevo Puente Pumarejo, el puente más ancho del mundo en su tipología" [The New Pumarejo Bridge, the Widest One Worldwide in Its Typology] (PDF). Ingeniería Civil (in Spanish). Vol. 195. ISSN 0213-8468.
{{cite book}}:|website=ignored (help) - ↑ "Puente de Pumarejo en Barranquilla, Colombia. Proyecto de CFCSL. Contrucción de Sacyr. 2019" [Pumarejo Bridge in Barranquilla, Colombia. CFCSL project. Sacyr Construction. 2019]. Cfcsl.com - Carlos Fernández Casado S.L. Engineering (in Spanish). Retrieved March 5, 2023.
- ↑ Jordán García, Francisco Javier; De Oliveira Cabral, Rafael; Sisi Maestre, Diego; Pulido Asín, Narciso; Bernal Pérez, Cristian; Betancour Suárez, Nelson (June 2017). Puente atirantado de Hisgaura (Colombia) [Hisgaura Cable-stayed Bridge (Colombia)] (PDF) (in Spanish). Coruña: VII Congreso de ACHE - Asociación Española de Ingeniería Estructural.
{{cite book}}:|website=ignored (help) - ↑ "Hisgaura Cable-Stayed Road Bridge". Pedelta.com. Retrieved March 5, 2023.
- ↑ Iglesias Pérez, Celso; Ayuso Calle, Guillermo; Cano Fernández-Carrión, Antonio; González Aguilar, Raúl (January 2012). "Pandeo simultáneo de pilas de puente: aplicación a un cálculo sísmico tipo push-over de las pilas del puente atirantado de Bucaramanga en Colombia" [Simultaneous buckling of bridge piers: algorithm applied in push-over analysis for the seismic design of the pylons on Bucaramanga Bridge in Colombia]. Hormigón y Acero (in Spanish). Vol. 63. ACHE - Asociación Española de Ingeniería Estructural. pp. 65–82. ISSN 0439-5689.
- ↑ "Carrera Novena Viaduct. Bucaramanga. Colombia. 2015". Cfcsl.com - Carlos Fernández Casado S.L. Engineering. Retrieved March 5, 2023.
- ↑ "Puente de Occidente - Santafé de Antioquia" [Occidente Bridge - Santafé de Antioquia]. Fincasagroturisticas.com (in Spanish). Archived from the original on October 2, 2008.
- ↑ Múnera López, 2018, Propuesta del puente de Occidente [Occidente Bridge Proposal] (PDF) (in Spanish). p. 121.
- ↑ "Chirajara Bridge". Highestbridges.com. Retrieved March 5, 2023.
- ↑ "Honda Cable-Stayed Road Bridge over the Magdalena River". Pedelta.com. Retrieved March 5, 2023.
- ↑ Galindo Díaz, 2003, p.201
- ↑ "Inaugurado el puente "José María Villa"" [Inauguration of the "José María Villa" Bridge]. El Colombiano (in Spanish). 11 July 2012. Retrieved March 5, 2023.
- ↑ Galíndez, N.; Marulanda, J.; Thomson, P.; Caicedo, J.M.; Dyke, S.J.; Orozco, A. (July 2003). Implementation of a modal identification methodology on the Pereira-Dos Quebradas cable-stayed bridge (PDF). 16th ASCE Engineering Mechanics Conference, University of Washington, Seattle. Archived from the original (PDF) on June 22, 2004.
{{cite book}}:|website=ignored (help) - ↑ León García, Arturo (2007). "El puente que unió a Yondó con Barrancabermeja" (PDF). Revista de Santander [The bridge that linked Yondó with Barrancabermeja] (in Spanish). Vol. 2. Archived from the original (PDF) on December 21, 2019.
{{cite book}}:|website=ignored (help) - ↑ "Bridge over Magdalena river. Puerto Berrío. Colombia. 2020". Cfcsl.com - Carlos Fernández Casado S.L. Engineering. Retrieved March 5, 2023.
- ↑ "Puente Purificación" [Purificación Bridge] (PDF). Dikon.com.co - Dikon S.A.S. (in Spanish). p. 20. Retrieved March 5, 2023.
- ↑ "Listo acuerdo entre la ANI y Coviandes para nuevo viaducto Chirajara" [Agreement between ANI and Coviandes ready for the new Chirajara viaduct]. El Tiempo (Colombia) (in Spanish). Retrieved March 5, 2023.
- 1 2 3 4 5 6 7 8 9 Hernandez Sierra, Alvaro Viviescas, Riveros-Jerez, 2021, Tabla I : Puentes de grandes luces construidos en Colombia [Table I: Long-span bridges built in Colombia] (in Spanish). p. 355.
- ↑ Perez Vargas, 2012, Puente El Tablazo [El Tablazo Bridge] (PDF) (Thesis) (in Spanish). p. 27.
- ↑ "Puente de Moravia, Antioquia, Medellín, Colombia" [Moravia Bridge, Antioquia, Medellín, Colombia]. Bibliotecadeobras.argos.com.co (in Spanish). Retrieved March 5, 2023.
- ↑ "Puente de Puerto Salgar sobre el río Magdalena" [Puerto Salgar Bridge over the Magdalena River]. Colombia.argos.co (in Spanish). Retrieved March 5, 2023.
- ↑ Perez Vargas, 2012, Puente Gómez Ortiz [Gómez Ortiz Bridge] (PDF) (Thesis) (in Spanish). p. 20.
- ↑ "Puente Gómez Ortiz, Colombia" [Gómez Ortiz Bridge, Colombia]. Azvi.es - Grupo Azvi (in Spanish). Retrieved March 5, 2023.
- 1 2 "William Arteaga". LinkedIn (in Spanish). Retrieved March 5, 2023.
- 1 2 "Seguimiento a proyectos 2016 - Putumayo" [Monitoring of projects 2016 - Putumayo]. Invias.gov.co - Instituto Nacional de Vías (in Spanish). January 2016. Retrieved March 5, 2023.
- ↑ "El Nuevo Puente sobre el río Cauca unirá el futuro" [The New Bridge over the Cauca River will unite the future]. Entérate de la Autopista al Mar 1 (in Spanish). Vol. 21. March 2021. p. 2-5.
{{cite book}}:|website=ignored (help) - ↑ Perez Vargas, 2012, Puente Chucuri [Chucuri Bridge] (PDF) (Thesis) (in Spanish). p. 28.
- ↑ "Antioquia estrena primera autopista 4G: recorrido por la vía y su historia" [Antioquia launches the first 4G highway: tour of the road and its history]. El Colombiano (in Spanish). 12 July 2021. Retrieved March 5, 2023.
- ↑ "Vías 4G: así va la construcción de imponente viaducto sobre el río Cauca" [4G roads: this is how the construction of an impressive viaduct over the Cauca River is going]. Semana (in Spanish). 16 February 2021. Retrieved March 5, 2023.
- ↑ Galindo Díaz, 2003, p.198, 261
- ↑ Galindo Díaz, "Puente Mariano Ospina Pérez". Construcción Metálica (in Spanish). 19 November 2012. p. 73.
- ↑ "Puente La Victoria" [La Victoria Bridge]. Construdata (in Spanish). 29 September 2014.
{{cite book}}:|website=ignored (help) - ↑ Galindo Díaz, 2003, p.160, 261
- ↑ Galindo Díaz, "Puente Eustaquio Palacios". Construcción Metálica (in Spanish). 19 November 2012. p. 69-70.
- 1 2 Santiago Cely, Orlando (April 2014). "Puente Yati" [Yati Bridge] (PDF). Ferpress.it (in Spanish). Fondo Adaptación. Retrieved March 5, 2023.
- ↑ "El costoso puente que se le atraviesa a la navegabilidad" [The expensive bridge that is crossed to navigability]. El Colombiano (in Spanish). 4 May 2020. Retrieved March 5, 2023.
- ↑ "Fondo Adaptación construye puente más grande de Colombia" [Adaptación Fund builds the largest bridge in Colombia]. El Heraldo (Colombia) (in Spanish). 5 October 2016. Retrieved March 5, 2023.
- ↑ Ingetec S.A. - Puentes y viaductos, p.6, 13
- ↑ "Proyecto: Viaducto El Tigre" [Project: El Tigre Viaduct]. Geosoluciones.com.co - Geosoluciones SAS (in Spanish). Retrieved March 5, 2023.
- ↑ "Puente El Tigre" [El Tigre Bridge]. Otacc.com (in Spanish). Retrieved March 5, 2023.
- ↑ "Historia del Puente de Puerto Berrio Antioquia" [History of the Bridge of Puerto Berrio Antioquia]. Buenastareas.com (in Spanish). Retrieved March 5, 2023.
- ↑ "El puente monumental de Puerto Berrío" [The Monumental Bridge of Puerto Berrío]. El Colombiano (in Spanish). 29 June 2011. Retrieved March 5, 2023.
- ↑ Rojas López, Miguel David; Perez Ortega, Giovanni; Arango Serna Darlo, Martin (February 2007). Ingenieria para el desarrollo del pais, una mirada a proyectos nacionales [Engineering for the development of the country, a look at national projects] (PDF) (in Spanish). Medellín: Universidad Nacional de Colombia. p. 97. ISBN 958-8256-40-5.
{{cite book}}:|website=ignored (help)CS1 maint: ignored ISBN errors (link) - ↑ "Puente San Jorge" [San Jorge Bridge]. Gisaico.com - Gisaico S.A. (in Spanish). Retrieved March 5, 2023.
- ↑ "Puente Enrique Santos Castillo" [Enrique Santos Castillo Bridge]. Prefabricados (in Spanish). p. 66.
{{cite book}}:|website=ignored (help) - ↑ "Flandes Cantilever Road Bridge". Pedelta.com. Retrieved March 5, 2023.
- ↑ "Tramo 2 Variante Gualanday" [Section 2 Gualanday Variant] (in Spanish). Retrieved March 5, 2023.
- ↑ "Diseño, fabricación y montaje de puentes metálicos" [Design, manufacture and assembly of metal bridges]. Dikon.com.co - Dikon S.A.S. (in Spanish). Retrieved March 5, 2023.
- ↑ "El nuevo puente de La Pintada" [The new La Pintada Bridge]. El Colombiano (in Spanish). 30 September 2015. Retrieved March 5, 2023.
- ↑ Ingetec S.A. - Puentes y viaductos, p.8, 13
- ↑ Morandi, Riccardo (1973). "Construccion de puentes de hormigon pretensado, de gran luz, con tirantes homogeneizados" [Construction of prestressed concrete bridges, with a long span, with homogenized stay cables]. Hormigón y Acero (in Spanish). Vol. 24. ACHE - Asociación Española de Ingeniería Estructural. p. 104. ISSN 0439-5689.
- ↑ "Puente Alfonso López Pumarejo" [Alfonso López Pumarejo Bridge]. Ingetec.com.co (in Spanish). Archived from the original on September 5, 2008.
- ↑ "Arco del Bicentenario Bridge, Bogotá, Colombia". Maegspa.com - Maeg Costruzioni SpA. Retrieved March 5, 2023.
- ↑ "Tránsito por el Puente Paso del Colegio" [Transit over the Paso del Colegio Bridge]. La Nación (in Spanish). 9 December 2015. Retrieved March 5, 2023.
- ↑ "Gobierno Nacional inaugura Puente Paso del Colegio, en el Huila" [National Government inaugurates Puente Paso del Colegio, in Huila]. Destinoseguro.net (in Spanish). Retrieved March 5, 2023.
- ↑ "Ficha de proyecto - construcción del Puente Tienditas" [Project sheet - construction of the Tienditas Bridge]. Cosiplan.org (in Spanish). Retrieved February 19, 2023.
- ↑ "Pipiral Road Bridge". Pedelta.com. Retrieved March 5, 2023.
- ↑ "Construcción de puente en voladizos sucesivos Cajamarca y sus accesos" [Construction of successive cantilever bridge Cajamarca and its accesses]. Concrearmadoltda.com - ConcreArmado Ltda. (in Spanish). Retrieved March 5, 2023.
- ↑ "Proyecto: Puente Puerto Lleras sobre el Río Ariari" [Project: Puerto Lleras Bridge over the Ariari River]. Geosoluciones.com.co - Geosoluciones SAS (in Spanish). Retrieved March 5, 2023.
- ↑ "Girardot, la Historia" [The History of Girardot]. Asojuntasgirardot.com (in Spanish). Archived from the original on January 17, 2020. Retrieved March 5, 2023.
- ↑ Vargas Caicedo, Hernando (25 October 2011). Construcción Metálica (in Spanish). Vol. 13. p. 80.
{{cite book}}:|website=ignored (help) - ↑ Galindo Díaz, Jorge (2005). "El viejo espantajo de la técnica: Historia de la construcción del puente General Santander, entre Tulúa y Riofrío (1927-1940)" [The old tech scarecrow: History of the construction of the General Santander bridge, between Tulua and Riofrío (1927-1940)]. Revista CITCE (in Spanish).
{{cite book}}:|website=ignored (help) - ↑ "Presidente Samper entrega Puente Plato-Zambrano" [President Samper delivery Plato-Zambrano Bridge]. El Tiempo (Colombia) (in Spanish). Retrieved March 5, 2023.
- ↑ "Viaducto Balseadero" [Balseadero Viaduct]. Prezi (in Spanish). Retrieved March 5, 2023.
- ↑ "Puente Tame, Tame, Arauca" [Tame Bridge, Tame, Arauca]. Zringenieriasa.com - Z.R. Ingeniería S.A. (in Spanish). Retrieved March 5, 2023.
- ↑ Osorio Marín, Jeison Arled; Segrera Cogollos, Carlos Andrés (2020). Construcción del Viaducto Gualanday II en el marco del proyecto de concesión vial Girardot-Ibagué-Cajamarca entre las abscisas K.32+473.00 y K 33+231.50 en el departamento del Tolima; como experiencia significativa en la patología preventiva en Colombia [Construction of the Gualanday II Viaduct within the framework of the Girardot-Ibagué-Cajamarca road concession project between abscissas K.32+473.00 and K 33+231.50 in the department of Tolima; as a significant experience in preventive pathology in Colombia] (PDF). Repository.usta.edu.co (Thesis) (in Spanish). Ibagué: Universidad Santo Tomás. p. 14-15.
- ↑ "Proyectos Ejecutados" [Executed Projects]. Empresario.com.co (in Spanish). Archived from the original on March 4, 2016.
- ↑ Correal Medina, Diego (July 2000). "Viaducto Pipiral" [Pipiral Viaduct]. Ciencia e Ingeniería Neogranadina (in Spanish). Vol. 9. p. 31-36. doi:10.18359/rcin.1391.
{{cite book}}:|website=ignored (help) - ↑ "Viaducto Pipiral" [Pipiral Viaduct]. Ingetec.com.co (in Spanish). Archived from the original on December 1, 2008.
- 1 2 3 4 "Galería" [Gallery]. Concreacero.co - ConcreAcero LTDA. (in Spanish). Retrieved March 5, 2023.
- ↑ Rojas López, Miguel David; Perez Ortega, Giovanni; Arango Serna Darlo, Martin (February 2007). Ingenieria para el desarrollo del pais, una mirada a proyectos nacionales [Engineering for the development of the country, a look at national projects] (PDF) (in Spanish). Medellín: Universidad Nacional de Colombia. p. 85. ISBN 958-8256-40-5.
{{cite book}}:|website=ignored (help)CS1 maint: ignored ISBN errors (link) - ↑ "Pruebas de carga para puentes" [Load tests for bridges]. Dikon.com.co - Dikon S.A.S. (in Spanish). Retrieved March 5, 2023.
- ↑ Perez Vargas, 2012, Puente Pujamanes [Pujamanes Bridge] (PDF) (Thesis) (in Spanish). p. 26.
- ↑ "Puente Atirantado en Envigado" [Cable-stayed bridge in Envigado]. Pedelta.com. Retrieved March 5, 2023.
- ↑ Galindo Díaz, 2003, p.179, 261
- ↑ Galindo Díaz, "Puente Roberto Delgado o de Anacaro". Construcción Metálica (in Spanish). 19 November 2012. p. 71.
- ↑ "Puente Juanchito" [Juanchito Bridge] (PDF). Dikon.com.co - Dikon S.A.S. (in Spanish). p. 18. Retrieved March 5, 2023.
- ↑ Galindo Díaz, 2003, p.261
- ↑ Villate-Matiz, Camilo; Parra-García, Nicolás; Galindo-Díaz, Jorge (2019). "Construction innovations in a suspension structure: The Domenico Parma Bridge (Colombia)". Construction History. Vol. 34. The Construction History Society. pp. 131–148. ISSN 0267-7768. JSTOR 27041604.
{{cite book}}:|website=ignored (help) - ↑ Villate-Matiz, Camilo (September 2017). "El puente Doménico Parma (Colombia): adaptación de innovaciones en procesos constructivos de estructuras de cables" [The Doménico Parma Bridge (Colombia): adaptation of innovations in construction processes of cable structures] (PDF). Actas Vol. 3.indb (in Spanish). p. 1737-1746.
{{cite book}}:|website=ignored (help) - ↑ "La Gazapa Road Bridge". Pedelta.com. Retrieved March 5, 2023.
- ↑ "Puente Humea" [Humea Bridge]. Construdata (in Spanish). 29 September 2014. pp. 38–39.
{{cite book}}:|website=ignored (help) - ↑ "Obras del nuevo Puente La Paz, en segunda etapa" [Works on the new La Paz Bridge, in the second stage]. Vanguardia (Colombian newspaper) (in Spanish). Retrieved March 5, 2023.
- ↑ "El Puente La Paz está casi terminado" [The La Paz Bridge is almost finished]. Vanguardia (Colombian newspaper) (in Spanish). Retrieved March 5, 2023.
- ↑ "Puente Nechí" [Nechí Bridge]. Porto.grupolhs.co - Grupo Empresarial LHS (in Spanish). Retrieved March 5, 2023.
- ↑ "Nuevo Puente La Amistad, Rio Ariari, Colombia" [New La Amistad Bridge, Ariari River, Colombia]. LinkedIn (in Spanish). Retrieved March 5, 2023.
- ↑ "Viaducto Río Sucio llega al 95% de avance" [Río Sucio Viaduct reaches 95% completion] (PDF). Gaceta Vial (in Spanish). Vol. 18. Publicación institucional de la Concesionaria Ruta del Cacao S.A.S. 2020. p. 6-7.
{{cite book}}:|website=ignored (help) - ↑ "Informe final de respuesta a denuncia ciudadana" [Final report of response to citizen complaint]. Contraloriavalledelcauca.gov.co (in Spanish). p. 5. Retrieved March 5, 2023.
- 1 2 "Viaductos y Puentes" [Viaducts and bridges]. Silcarsa.com - Silva Carreño & Asociados S.A.S. (in Spanish). Retrieved March 5, 2023.
- ↑ "Puente Paso del Colegio" [Puente Paso del Colegio Bridge] (PDF). Dikon.com.co - Dikon S.A.S. (in Spanish). p. 21. Retrieved March 5, 2023.
- ↑ Ruiz Carmona, Camilo (January 2005). Aplicación del manual para la evaluación de la vulnerabilidad y rehabilitación de puentes de la red vial principal de Colombia a los puentes de la autopista Bogota – Villavicencio [Application of the manual for the evaluation of the vulnerability and rehabilitation of bridges of the main road network of Colombia to the bridges of the Bogota - Villavicencio highway] (PDF). Repositorio.uniandes.edu.co (Thesis) (in Spanish). Bogotá: Universidad de los Andes. p. 111.
- ↑ "Y el viaducto de la Unión pasó la prueba de resistencia" [And the viaduct of the Union passed the resistance test]. Santanderhoy.blogspot.com (in Spanish). 20 November 2016. Retrieved March 5, 2023.
- ↑ Galindo Díaz, 2003, p.169, 261
- ↑ Galindo Díaz, "Puente de Mediacanoa". Construcción Metálica (in Spanish). 19 November 2012. p. 70.
- ↑ Galindo Díaz, 2003, p.192, 261
- ↑ Galindo Díaz, "Puente Paso del Comercio". Construcción Metálica (in Spanish). 19 November 2012. p. 73.
- ↑ "Viaducto sobre el Río Magdalena variante Girardot" [Viaduct over the Magdalena River Girardot bypass]. Web.constructecsa.com - Constructec S.A.S. (in Spanish). Retrieved March 5, 2023.
- ↑ "Construcción del puente vehicular "La Palmera" – Boyacá" [Construction of the vehicular bridge "La Palmera" – Boyacá]. Pavimentarsa.com - Pavimentar S.A. (in Spanish). Retrieved March 5, 2023.
- ↑ "Puente La Palmera, una obra majestuosa que une a Santander y Boyacá" [La Palmera Bridge, a majestic work that unites Santander and Boyacá]. Chicamochanews.net (in Spanish). Retrieved March 5, 2023.
- ↑ "Intercambio vial Gilberto Echeverri Mejía, Antioquia, Medellín, Colombia" [Gilberto Echeverri Mejía road interchange, Antioquia, Medellín, Colombia]. Bibliotecadeobras.argos.com.co (in Spanish). Retrieved March 5, 2023.
- ↑ "Puente Navarro, 100 años de historia" [Navarro Bridge, 100 years of history]. El Tiempo (Colombia) (in Spanish). Retrieved March 5, 2023.
- ↑ Galindo Díaz, 2003, p.58
- ↑ "Puente Simaña" [Simaña Bridge]. Construdata (in Spanish). 29 September 2014. pp. 42–43.
{{cite book}}:|website=ignored (help) - ↑ Rojas López, Miguel David; Perez Ortega, Giovanni; Arango Serna Darlo, Martin (February 2007). Ingenieria para el desarrollo del pais, una mirada a proyectos nacionales [Engineering for the development of the country, a look at national projects] (PDF) (in Spanish). Medellín: Universidad Nacional de Colombia. p. 69. ISBN 958-8256-40-5.
{{cite book}}:|website=ignored (help)CS1 maint: ignored ISBN errors (link) - ↑ "Seguimiento a proyectos 2016 - Cauca" [Monitoring of projects 2016 - Cauca]. Invias.gov.co - Instituto Nacional de Vías (in Spanish). November 2015. Retrieved March 5, 2023.
- ↑ "Puente Pericos" [Pericos Bridge]. Gisaico.com - Gisaico S.A. (in Spanish). Retrieved March 5, 2023.
- ↑ "Puente Unete, Aguazul, Casanare" [Unete Bridge, Aguazul, Casanare]. Zringenieriasa.com - Z.R. Ingeniería S.A. (in Spanish). Retrieved March 5, 2023.
- ↑ Carlos Chavarria, Luis; Andres Julio, Brayan. "El Puente Carlos Lleras Restrepo" [The Carlos Lleras Restrepo Bridge]. Es.slideshare.net - SlideShare (in Spanish). Retrieved March 5, 2023.
- ↑ "Puente de Bolombolo llegó convaleciente a su cumpleaños 62" [Bolombolo Bridge arrived convalescing on his 62nd birthday]. El Colombiano (in Spanish). 12 October 2016. Retrieved March 5, 2023.
- ↑ "Puente Ospina Perez" [Ospina Perez Bridge]. Girardot.ws (in Spanish). Archived from the original on January 2, 2014.
- ↑ "Puente Gambote, Atlántico, Arjona, Colombia" [Gambote Bridge, Atlantico, Arjona, Colombia]. Bibliotecadeobras.argos.com.co (in Spanish). Retrieved March 5, 2023.
- ↑ "Inauguran puente en Valdivia" [Inauguration of a bridge in Valdivia]. El Colombiano (in Spanish). 21 October 2010. Retrieved March 5, 2023.
- ↑ "Con una ejecución superior al 80%, el proyecto Bucaramanga – Barrancabermeja – Yondó prevé su entrega total en julio de 2022" [With an execution of more than 80%, the Bucaramanga - Barrancabermeja - Yondó project foresees its total delivery in July 2022]. Ani.gov.co - Agencia Nacional de Infraestructura (in Spanish). 25 September 2021. Retrieved March 5, 2023.
- ↑ "Puente Arturo sobre el Río Guaviare" [Arturo Bridge over the Guaviare River]. Conciviles.com - Construcciones Civiles S.A. (in Spanish). Retrieved March 5, 2023.
- ↑ Coba Salcedo, Milton F.; Flórez Solano, Eder N.; Acevedo Peñaloza, Carlos H. (March 2017). Diseño del pendolón de un puente colgante [Design of the pendolon of a suspension bridge] (PDF) (in Spanish). Universidad Simón Bolívar. ISBN 978-958-8930-76-3.
{{cite book}}:|website=ignored (help) - ↑ Muñoz, Edgar; Núñez, Federico; Rodríguez, Jorge A.; Ramos, Alfonso; Otálora, Camilo (December 2008). "Vulnerabilidad sísmica y capacidad de carga de un puente en acero basado en confiabilidad estructural" [Seismic vulnerability and load carrying capacity studies of a steel bridge based on structural reliability] (PDF). Revista Ingeniería de Construcción (in Spanish). Vol. 23. pp. 125–144.
{{cite book}}:|website=ignored (help) - ↑ "Revisión y asesoría en construcción" [Review and construction advice]. Lylconsultores.co - Londoño & Londoño Ingenieros Consultores (in Spanish). Retrieved March 5, 2023.
Further reading
- Galindo Díaz, Jorge (2003). Cruzando el Cauca: pasos y puentes sobre el río Cauca en el Departamento del Valle hasta la primera mitad del siglo XX [Crossing the Cauca: steps and bridges over the Cauca river in the Department of Valle until the first half of the 20th century] (in Spanish). Secretaría de Cultura y Turismo del Valle del Cauca. ISBN 9789583356728.
{{cite book}}:|website=ignored (help) - Galindo Díaz, Jorge (19 November 2012). "Puentes metálicos colgantes" [Suspension metal bridges]. Construcción Metálica (in Spanish). Vol. 10. pp. 66–74.
{{cite book}}:|website=ignored (help) - Galindo Díaz, Jorge (January 2010). "La construcción de puentes colgantes en Colombia durante el siglo XIX: entre la tradición y la innovación" [Hanging bridge construction in Colombia during the 19th century: between tradition and innovation]. Revista M (in Spanish). pp. 4–15. ISSN 1692-5114.
{{cite book}}:|website=ignored (help) - Hernandez Sierra, Wilson Alexander; Alvaro Viviescas, Jaimes; Riveros-Jerez, Carlos Alberto (September 2021). "Caracterización dinámica de puentes de grandes luces de sección viga cajón construidos por voladizos sucesivos" [Dynamic characterization of long-span box-girder section bridges built by successive cantilevers]. Scientia et Technica Año XXVI (in Spanish). Vol. 26. Universidad Tecnológica de Pereira. p. 354-370. doi:10.22517/23447214.24311 (inactive 1 August 2023). ISSN 0122-1701.
{{cite book}}: CS1 maint: DOI inactive as of August 2023 (link) - Múnera López, Luis Fernando (2018). El puente de Occidente y la integración de Antioquia [The Occidente Bridge and the integration of Antioquia] (PDF) (in Spanish). Universidad Nacional de Colombia. Facultad de Minas. ISBN 978-958-783-469-7.
- Perez Vargas, Llolana (2012). Supervisión y verificación de las actividades realizadas en las obras sustitutivas del grupo II y grupo III del proyecto hidroelectrico Sogamoso [Supervision and verification of the activities carried out in the substitute works of group II and group III of the Sogamoso hydroelectric project] (PDF). Repository.upb.edu.co (Thesis) (in Spanish). Bucaramanga: Universidad Pontificia Bolivariana.
- "Puentes y viaductos" [Bridges and viaducts]. SlideShare (in Spanish). Ingetec S.A., Bogotá, Colombia.
- "Vías y Sistemas de Transporte" [Roads and Transport Systems] (PDF). Ingetec.com.co (in Spanish). Ingetec S.A., Bogotá, Colombia. Archived from the original (PDF) on September 27, 2013.
External links
Wikimedia Commons has media related to List of bridges in Colombia
- "Brücken in der Kolumbien" [Bridges in Colombia]. Brueckenweb.de (in German).
- Denenberg, David. "Suspension Bridges of Colombia". Bridgemeister.com.
- Sakowski, Eric. "Category: Bridges in Colombia". Highestbridges.com.
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