Mario Alejandro Torres Rojas -Oscar Daniel Shape4 Guifo Roldón



Analysis of the Deterioration of the urban road network in the central sector of the Municipality of Ricaurte Cundinamarca.

Análisis del Deterioro a la red vial urbana del sector centro en el Municipio de Ricaurte Cundinamarca


Mario Alejandro Torres Rojas

Tenth (10) semester student of civil engineering at the Universidad Piloto de Colombia SAM - Applicant to receive degree in force 2025 Girardot -Cundinamarca. Pilot University of Colombia SAM. Mario-Torres1@Upc.Edu.co Orcid: https://orcid.org/0009-0007-1749-427X


Oscar Daniel Guifo

Civil Engineer, Master in Geometric Design of Roads and Pavements. Advisor of degree work, current academic director of the civil engineering program at Universidad Piloto de Colombia SAM. Universidad Piloto de Colombia SAM. Oscar-guifo@Unipiloto.edu.co Orcid: https://orcid.org/0009-0007-1749-427X


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How to cite: Torres, M., Guifo, O. (2025) Análisis del Deterioro a la red vial urbana del sector centro en el Municipio de Ricaurte Cundinamarca. Revista Id Est Investigación, Desarrollo Educación, Servicio, Trabajo, 5 (1), 27-44






ABSTRACT

The municipality of Ricaurte located in the department of Cundinamarca / Colombia, is characterized for being a pioneer in tourism activities in the upper Magdalena region because its position and geographical conditions favor the development of activities in this sector and also the income of the economic system of the resources of the population another boom of the municipality is the exponential growth of the population by the arrival of housing projects of recognized construction companies such as Amarilo, Bolivar, Cusezar among others; The urban sector of the municipality includes all its urban agglomerations, its infrastructure and urban development as well as the neighborhoods categorized in the EOT for this reason the accesses and paved roads described in the road inventory in the center-urban sector are of vital importance for the municipality.urban sector that are of vital importance for the development of the general activities of the population for this reason they must be analyzed and evaluated over time to determine the deterioration of pathological affectations in the pavements that starts from the surface wearing course implementing technical methodologies to calculate the partial qualification of deterioration according to each type and thus take corrective or preventive actions of the most deteriorated sections in order to preserve the road patrimony of the municipality.

Key words: Pavements, Road assets, roads, Deterioration, Surface course, Urban.



RESUMEN

El municipio de Ricaurte ubicado en el departamento de Cundinamarca/ Colombia, se caracteriza por ser pionero en actividades turísticas en la región del alto magdalena ya que su posición y condiciones geográficas favorecen del desarrollo de actividades de este sector y así mismo el ingreso del sistema económico de los recursos de la población otro auge del municipio es el crecimiento exponencial de la población por la llegada de proyectos de vivienda de constructoras reconocidas como Amarilo, Bolívar, Cusezar entre otras; el sector urbano del municipio comprende todas sus aglomeraciones urbanas su desarrollo en infraestructura y urbanístico como también los barrios categorizados en el EOT para este por tal motivo los accesos y caminos pavimentados descritos en inventario vial en el sector centro -urbano que son de vital importancia para el desarrollo de las actividades en general de la población por esto deben ser analizados y evaluados atravez del tiempo para determinar el deterioro de afectaciones patológicas en los pavimentos que inicia desde la capa de rodadura superficial implementando metodologías técnicas para calcular la calificación parcial de deterioro de acuerdo a cada tipo y así tomar acciones correctivas o preventivas de los tramos mas deteriorados con el fin de conservar el patrimonio vial del municipio.

Palabras clave: Pavimentos, Patrimonio vial, vías, Deterioro, Capa de rodadura, Urbano.


Introduction

The conservation and condition of the road inventory of the municipality must always remain in good condition to maintain the proper functioning of the road system that includes its trafficability, traffic and accessibility to the different sectors of the identified urban agglomerations, taking into account that the urban area includes most of the general activities of the population of the municipality of Ricaurte.

It is vital and important to recognize and analyze the deterioration of road sections built under flexible, articulated and rigid pavements present in the road inventory of the central sector of the municipality in order to establish a partial qualification of the deterioration and its pathologies and what causes are causing these failures that can be random since it depends on factors of vehicle traffic, materials and construction processes in the structural conformation of the road.

According to (Universidad Privada del Valle, 2021) the deterioration of pavements in an advanced and not very passable state negatively affects the normal development of the general activities of the population, since the municipality is characterized by being a tourist destination, having a poor condition in the road infrastructure will negatively impact the concept and vision of the internal inhabitant and visitor of the municipality, as well as affect all the development sectors of the municipality.

The constant maintenance and rehabilitation of pavements that have failed due to pathological affectations in their wearing course, which is the main one to receive the main loads that generate the deterioration, will strengthen and prolong the useful life of the present pavement, as well as improve the mobility and transit of vehicles and inhabitants that visit and spend the night in the municipality.

Supporting the above according to (Martinez, 2015) it is necessary to make recommendations to the entities responsible for the roads which is the municipal administration and its delegates to create action plans in prevention, maintenance and rehabilitation of the pavements of the sections identified with high ratings and deterioration indexes of deficient or failed affectation.



Materials and methods

This is a qualitative and quantitative research with a descriptive approach, since the analysis of road deterioration began with the recognition of the road infrastructure present in the urban area of the municipality of Ricaurte, obtaining true information of the road inventory under the territorial organization document, which in this case according to its population classification is the EOT, under the following image the road scheme of the center sector was recognized.







Figure 1.

Inventory of urban roads in Ricaurte-Cundinamarca.

Inventory of Urban Roads of the Municipality

Item

Nomenclature

Neighborhood

Length (Meters)

Width (Meters)

Area (m2)

Observation

1

Diagonal 7a

Ricaurte (Center)

843

12

10116

Collector Streets

2

Race 16

Ricaurte (Center)

1098

12

13176

Collector Streets

3

Race 15

Ricaurte (Center)

997

14

13958

Collector Streets

4

4th Street

Ricaurte (Center)

148

8,68

1284,64

Local Streets

5

Race 14

Ricaurte (Center)

620

8,6

5332

Local Streets

6

Transversal 14 B

Ricaurte (Center)

45

8

360

Local Streets

7

6th Street

Ricaurte (Center)

288

12

3456

Local Streets

It is not part of the sector.

8

5th Street

Ricaurte (Center)

262

7,73

2025,26

Local Streets

Not part of the central zone

9

3rd Street

Ricaurte (Center)

161

7,04

1133,44

Local Streets

10

No nomenclature

Ricaurte (Center)

73

7

511

Local Streets

Not applicable

11

No nomenclature

Ricaurte (Center)

243

6

1458

Local Streets

Not applicable.

12

2nd Street

Ricaurte (Center)

1175

6,5

7637,5

Local Streets

13

Race 18

Ricaurte (Center)

485

7,8

3783

Local Streets

14

Race 18

Ricaurte (Center)

630

9

5670

Local Streets

15

9th Street

Ricaurte (Center)

288

7,5

2160

Local Streets

16

8th Street

Ricaurte (Center)

130

8,02

1042,6

Local Streets

17

7th Street

Ricaurte (Center)

386

7

2702

Local Streets

18

4th Street to

Ricaurte (Center)

266

7,54

2005,64

Local Streets

19

Race 17

Ricaurte (Center)

675

8

5400

Streets Local

20

4th St. with 14th St. and 15th St.

Ricaurte (Center)

216

6,96

626,4

Local Streets

Total

8903

171,37

838,3748


Total, Linear Meters

8903




Total, Area Analyze



838,3748


Source: (Mayor's Office of Ricaurte, 2000) Modified by author.

Therefore, a road layout was made using Google maps or Google Earth to determine the polygon of the analysis sector, which includes the central sector of the urban area of the municipality of Ricaurte and thus geographically recognize the specific roads to which the analysis of the surface deterioration in the conformation of each type of pavement was generated.



Figure 2.

Geographical recognition of the road sections analyzed.

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Source: (google maps)

When specifically recognizing the road sections to be analyzed, the visit and field work were carried out to collect data, under the visual mechanism (qualitative) that according to its form or distinctive affectation we can classify the type of deterioration pathologies, as well as (quantitatively) under the survey of measurements in meters2 or linear meters we determine their degree of incidence, severity and deterioration according to each type of pathology.





Figure 3.

Deteriorating road section

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When collecting data in the field work, according to each type of pavement, its type of pathology or deterioration will be classified in order to implement technical methodologies that allow us to evaluate and determine the qualification of affectation and deterioration of the pavements present in the road sections.

For the flexible pavement, the VIZIR methodology was adopted and implemented, its origin is French, created by engineers with a PhD in pavements and its objectives are to qualify and evaluate the conditions of the flexible pavement in its service design life, the damages and affectations present, which are classified in two severity groups, group (A) determine damage to the structural conformation of the pavement, group (B) is attributed to functional damage in service and serviceability of the pavement and thus calculate its deterioration rating on a scale defined under working tools such as spreadsheets endorsed for use by INVIAS.

















Table 1.

Rating Ranges VIZIR Methodology.

Rating Ranges

Range

Rating

1 Y 2

Good

3 Y 4

Regular

5,6 Y 7

Deficient.

Source: Taken from (INVIAS, n.d.) prepared by author.

For rigid pavement, the PCI methodology was implemented (Varela, 2002) which translates to pavement condition index in concrete and asphalt, this is only used in rigid pavements that according to its conformation and structure by its separation of slabs, slabs are analyzed by concrete slab regardless of the area of it, it can be evaluated under stretches of 50 meters to 100 meters maximum this according to the length of the slab to obtain more reliable results, this methodology allows us to determine the numerical index of deterioration on a scale of 0 - 100.



Table 2.

PCI Methodology Rating Scale.

PCI Rating Range

Range

Ranking

100-85

Excellent

85-70

Very Good

70-55

Good

55-40

Regular

40-25

Malo

25-10.

Very Bad

10-0

Failed

Source: (Varela, 2002) , prepared by author.

For the articulated pavement, the methodology ICP- articulated pavement condition index was used following the steps of a guide designed by (Carlos Hernando Higera, 2009) thus facilitating the methodology to determine the state of deterioration and its qualification in a numerical range described in the following table.



Table 3.

ICP deterioration rating scale for articulated pavements.

ICP qualification

Rating

Service Level

5

Very Good

4

Good

3

Regular

2

Malo

1

Very Bad

Source: (Carlos Hernando Higera, 2009) prepared by author.

By tabulating the data collected in the road sections and implementing the technical methodologies by pavement type, the deterioration rating of the surface wearing course of the pavement present was calculated and determined for each identified road section, with the following results.



Results

Table 4.

Total road survey of the analyzed road layout .

Description

Linear Meters

Flexible Pavement

2216

Articulated Pavement

908

Rigid Pavement

580

Location Error

856

Pavement Excellent condition

2095

Diagonal 8 - Under Construction

843

Unidentified - No pavement

343

Total

7841meters



The following results were obtained for the flexible pavement.



Table 5.

Final qualification of the flexible pavement.

Item

Nomenclature

Neighborhood

length (Meters)

Width

Area (m2)

Rating

Method

State

1

4th Street

Downtown Sector

78

8,68

677.2

7

VIZIR

Deficient

2

3rd Street Section 1

Downtown Sector

80

7,04

563,2

7

VIZIR

Deficient

3

Street without nomenclature

Downtown Sector

73

7

511

6

VIZIR

Deficient

4

2nd Street

Downtown Sector

1175

6,5

7637,5

2

VIZIR

Good

5

Race 18 section 1

Downtown Sector

300

8

2400

4

VIZIR

Regular

6

Race 18 section 2

Downtown Sector

270

9

2430

0

VIZIR

None

7

Race 18 section 3

Downtown Sector

240

8

1920

5

VIZIR

Deficient

Total

2216


16138,7

4


Regular


















Figure 5.

Final qualification of the flexible pavement.


It is evident in the previous bar chart that the most affected roads are 4th Street, 3rd Street in its first section, street without nomenclature and 18th Street, which is in a range of DEFICIENT, this qualification indicates that the pavement is in a failed state and needs a total structural reconstruction for new use and operation, On the other hand, for the sections that are in a rating range of 1 - 4, preventive and corrective measures can be taken in order to mitigate the pathological deterioration and prolong the useful life of the pavement until it reaches a state of final failure and is forced to be technically reconstructed.

The following results were obtained for the rigid pavement:











Table 6.

Final grading of rigid pavement.

Item

Nomenclature

Neighborhood

length (Meters)

Width

Area (m2)

Rating

Method

State

1

4th Street

Downtown Sector

55

8,68

477,4

88,75

PCI

Very Good

2

8th Street

Downtown Sector

130

8,02

1042,6

89,85

PCI

Excellent

3

7th Street Section 1

Downtown Sector

120

7

840

95,16

PCI

Excellent

4

Race 17 Section 2

Downtown Sector

275

8

2200

84

PCI

Good

5

Race 14

Downtown Sector

620

8,6

5332

71,67

PCI

Good

Total

1100


4560

89,44

PCI

Excellent




















Figure 6.

Final grading of rigid pavement.


Table 7.

Final grading of the articulated pavement.

Item

Nomenclature

Neighborhood

length (Meters)

Width

Area (m2)

Rating

Method

State

1

3rd Street Section 2

Downtown Sector

80

8

640

5

ICP

Excellent condition.

2

9th Street

Downtown Sector

288

7,5

2160

4

ICP

Good

3

7th Street Section 2

Downtown Sector

140

8

1120

3,5

ICP

Regular

4

17th Street Section 1

Downtown Sector

400

8

3200

3,8

ICP

Good

Total

908


7120

4,1

ICP

Good


Figure 7.

Final grading of the articulated pavement

































Table 8.

Flexible Pavement Rehabilitation Alternatives

Maintenance or Rehabilitation Alternatives for Flexible Pavements

VIZIR Rating Range

Rating

Maintenance

Rehabilitation

Prevention Actions

1 y 2

Good

Routine maintenance such as mitigation of cracks and crevices with asphalt emulsions according to the continuous traffic of vehicles on the road section.


Take restrictions mainly on the transit of heavy vehicles, i.e. vehicles with more than two axles on the urban area of the municipality where the state of deterioration of the pavement was analyzed.

3 y 4

Regular

Routine maintenance such as mitigation of cracks and crevices with asphalt emulsions according to the continuous traffic of vehicles on the road section.

In the most affected areas of the section, rehabilitation actions can be chosen by means of technical and specialized construction processes in order not to affect the pavement structure and the regular and normal passage of vehicles on the wearing course.

Take restrictions mainly on the transit of heavy vehicles, i.e. vehicles with more than two axles on the urban area of the municipality where the state of deterioration of the pavement was analyzed.

















Table 9.

Maintenance or Rehabilitation Alternatives

Maintenance or rehabilitation alternatives

Type of Damage

Crack and joint sealing

Slab Replacement

Full plate thickness repair

Milling or planing

Cracks and fissures of all types


X

X


Corner Cracks

X




Slabs divided by cracks


X



Aggregate polishing.




X

Hollowing.


X





Table 10.

Maintenance or Rehabilitation Alternatives

ICP qualification

Service Level

Action Category

5

Very good

Routine Maintenance

4

Good

Routine and Recurrent Maintenance

3

Regular

Reinforcement and Routine Maintenance

2

Malo

Rehabilitation

1

Very Bad

Reconstruction



Conclusions

With the superficial analysis to determine the deterioration of the pavements present in the urban road network of the central sector of the municipality of Ricaurte and the implementation of the methodologies we can establish the current state of each road section in the conformation of its superficial structure mainly, but it also initiates a starting point to determine the affectation of the internal structure of the pavement that conforms it in its material layers.

A clear example is 3rd Street on flexible pavement, which is in a poor and failed state, but its traffic is constant since it connects the El Pesebre neighborhood, Carrera 15 and one of the accesses to the settlement or neighborhood with a high rate of housing, which is Villa Carolina.

It can be evidenced that the municipal administration has not implemented any type of preventive or corrective maintenance in the most affected trafficable and commercial sections, analysis, highlights the reconstruction of some sections that are the most important in the urban area of the municipality as they provide accessibility to the downtown sector where most of the economic activities are generated, processable, commercial etc. of the municipality and its population, to this I emphasize the road section of the 7th diagonal, Carrera 15 and Carrera 16 that are in excellent condition.

The municipal administration should carry out a stricter control of the intervention activities by private contracting companies, in order to guarantee and reduce the possible failures and pathologies of pavement deterioration, according to the intervention of Carrera 14 on more than two occasions, which generated its accelerated deterioration.

It is necessary as soon as possible the intervention of the failed sections described in the content of the project, since Ricaurte is characterized for being a tourist attraction of the upper Magdalena region welcoming the seasonal population of the municipalities and surrounding cities such as the capital Bogotá, in order to preserve and improve the road heritage of the inhabitants and the image of the municipality in front of the tourist population, which is one of the main generators of economic activities for the population of the municipality.

Through the professional technical processes implemented and demonstrated in this project according to its approach in the road branch of the professional life of a civil engineer, it is proposed to be a pioneer in the referential use of the same in the conservation of the road heritage of any city, municipality, sector, locality, neighborhood and others throughout our region or throughout our Colombian national territory.



Reference

Mayor's Office of Ricaurte. (December 2000). Mayor's Office of Ricaurte Cundinamarca. Retrieved from https://r.search.yahoo.com/_ylt=AwrFNNyVTi1n8AEArLercgx.;_ylu=Y29sbwNiZjEEcG9zAzEEdnRpZAMEc2VjA3Ny/RV=2/RE=1732232085/RO=10/RU=https%3a%2f%2fwww.ricaurte-cundinamarca.gov.co%2fProyectos%2fPaginas%2fPOT.aspx/RK=2/RS=LAKfwkleYKmKyREsE06CvEPulAc-

Carlos Hernando Higera, O. F. (April 10, 2009). Redalyc.org. Retrieved from https://r.search.yahoo.com/_ylt=AwrhdehMVi1nDAIAlD6rcgx.;_ylu=Y29sbwNiZjEEcG9zAzEEdnRpZAMEc2VjA3Ny/RV=2/RE=1732234061/RO=10/RU=https%3a%2f%2fwww.redalyc.org%2f/RK=2/RS=B7p8NR0j9xddN2tyFgIlpf2SX2A-

google maps (n.d.). Retrieved from https://www.google.com/maps/@4.2776486,-74.7686602,17z?authuser=0&entry=ttu&g_ep=EgoyMDI0MDgyMC4xIKXMDSoASAFQAw%3D%3D

INVIAS. (n.d.). INVE-213. Retrieved from https://www.da-lab.co/wp-content/uploads/2021/04/INV-213-13.pdf

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Universidad Privada del Valle (June 03, 2021). Google Scholar. Retrieved from https://d1wqtxts1xzle7.cloudfront.net/110230419/CINPAR.2021-libre.pdf?1704800823=&response-content-disposition=inline%3B+filename%3DAnalisis_comparativo_entre_los_programas.pdf&Expires=1731017439&Signature=gD6zNWqMlFOMqKNr7U~HZpLGOzL1SosEPulsLrG7tststlipqQG

Varela, I. E. (2002). Academia.Edu. Retrieved from https://r.search.yahoo.com/_ylt=AwrE_5n_VC1n5sIB9Fmrcgx.;_ylu=Y29sbwNiZjEEcG9zAzMEdnRpZAMEc2VjA3Ny/RV=2/RE=1732233728/RO=10/RU=https%3a%2f%2fwww .academia.edu%2f33709255%2fPAVEMENT_CONDITION_INDEX_PCI_PARA_PAVIMENTOS_ASF%25C3%2581LTICOS_Y_Y_DE_CONCRETO_EN_CA.



46

Analysis of the Deterioration of the urban road network in the central sector of the Municipality of Ricaurte Cundinamarca.

Vol 5 - No 1 January - June e-ISSN 2745-1194