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Pavement structural evaluation

Strinso engineers reviewing a pavement design.
Surface assessment_Ruta del Café
Team conducting airport pavement evaluation.
Technician performing a pavement design project

Determine the bearing capacity of your road infrastructure with structural pavement evaluation.

Pavement structural evaluation uses non-destructive testing (NDT) to determine the bearing capacity and overall condition of the road infrastructure

Among the equipment operated by Strinso are Falling Weight Deflectometers (FWD), Heavy Weight Deflectometers (HWD), and Light Weight Deflectometers (LWD) to precisely measure load-induced pavement deflections.

 

Our engineers analyze deflection data to determine the structural characteristics of the pavements. Using this information, additional analyses can be performed to estimate the pavement’s service life and identify appropriate rehabilitation alternatives that optimize available resources.

What is pavement structural evaluation?

Pavement structural evaluation is a comprehensive service that provides an in-depth, detailed analysis of your infrastructure's structural condition, covering aspects such as:

Destructive testing

Conducting invasive testing to determine the pavement’s compressive, flexural, and impact strength.

  • Shear testing: Determines the compressive and shear strength of the pavement material.

  • Penetration testing: Evaluates the compaction and density of the pavement material.

Data analysis

Evaluates the pavement’s structural capacity for traffic through inspections and testing, utilizing software and statistical techniques to achieve precise results.

Non-destructive testing (NDT)

Employment of advanced techniques such as Falling Weight Deflectometers (FWD), Ground Penetrating Radar (GPR), and ultrasound to evaluate the structural integrity of the pavement without damaging it. These techniques include:

  • Falling Weight Deflectometers (FWD): Measure pavement deflection under dynamic loads to estimate its bearing capacity.
  • Ground Penetrating Radar (GPR): Uses electromagnetic waves to explore the subsurface and detect structural anomalies, such as voids, settlements, changes in material density, or the presence of groundwater.

Preparation of comprehensive reports

The preparation of detailed reports that present the evaluation results in a clear and concise manner, including:

  • Description of the methodology used.
  • Findings from each stage of the assessment.
  • Evaluation of the pavement’s structural condition across different sections.
  • Identification of faults, deterioration, and potential risks.
  • Recommendations for pavement maintenance, rehabilitation, or reconstruction.
  • Findings from each stage of the assessment.
  • Evaluation of the pavement’s structural condition across different sections.
  • Identification of faults, distresses, and potential risks.
  • Recommendations for pavement maintenance, rehabilitation, or reconstruction.

Key economic benefits of structural pavement assessment

Pavement rehabilitation designs based on Mechanistic-Empirical (M-E) structural analysis.

The identification of structural issues. Our structural assessment will help you make informed maintenance decisions.

Practical testing plans developed by our engineers, measuring only when and where it is needed, allowing for the development of cost-effective rehabilitation solutions or lower-cost preventive maintenance.

Want to ensure the success of your projects with a structural pavement assessment

Our team of experts is ready to provide the guidance and support you need to achieve your goals.

Key engineering benefits of structural pavement assessment

At Strinso, we employ the latest technologies and methodologies for structural pavement assessment, ensuring the precision, reliability, and efficiency of the process. Some of the tools we use include:

Vehicle measuring the International Roughness Index (IRI) on a highway.

Structural pavement characterization using the most advanced deflection backcalculation method.

MFV realizando avaliação do lado terra do Aeroporto El Dorado

Mechanistic-Empirical (M-E) analysis techniques for accurate condition prediction.

Highway with visible rutting, showing wheel path grooves.

Seasonal environmental effects can be quantified through structural assessments and modeling to establish load restrictions.

Field Operations: Airfield Infrastructure Project Structuring and Pavement Engineering

Forensic structural testing and analysis to help identify the underlying causes of pavement failures.

Strinso technician performing non-destructive testing on the pavement

Routine structural testing during construction and pavement rehabilitation projects, utilized for Quality Control (QC), project acceptance, and subsequent budget optimization within Maintenance and Rehabilitation (M&R) programs.

When to Implement Structural Pavement Evaluation?

Structural pavement evaluation should be strategically implemented throughout the infrastructure lifecycle, specifically during:

Engineering experts discuss structural evaluation and pavement design methodologies.

Prior to Capital Investment

Pavement Evaluation and Design Equipment at Queen Beatrix International Airport

Routine Condition Monitoring

Hurricane Beryl: Impact Analysis and Infrastructure Resilience in the Caribbean

Post-Extreme Weather Events

A Rigorous and Systematic Engineering Framework

At Strinso, we adhere to a rigorous and systematic framework for Structural Pavement Evaluation, ensuring the highest standards of service quality and data reliability. Our methodology encompasses:

Pavement engineering consulting: Technical advisory and customized solutions

Scope of Work (SOW) Definition

We establish evaluation objectives and define the specific type of analysis required based on the client’s strategic needs.

Deteriorated flexible pavement with extensive cracking and potholes, requiring optimized design, construction, and strategic maintenance.

Field Inspection Logistics & Planning

We develop a comprehensive inspection plan, factoring in pavement type, the total area of assessment, and strategic resource allocation.

Strinso’s professional team in a boardroom discussing technical forensic pavement investigations.

Data Acquisition

We conduct visual inspections along with planned destructive or non-destructive testing (NDT), meticulously documenting all field findings.

Strinso engineer preparing a pavement consulting proposal in the office

Data Processing & Structural Analysis

We process and analyze the field data and testing results using specialized engineering software and advanced statistical techniques.

Strinso Peru Engineering Team in the Field

Engineering Reporting & Technical Documentation

We prepare comprehensive technical reports presenting evaluation results, including the pavement’s structural condition, identified risks, and strategic management recommendations.

Multi-Disciplinary Team of Senior Engineering Experts

At Strinso, we take pride in our team of highly qualified engineers and technicians with extensive expertise in Structural Pavement Evaluation. Our experts stay at the forefront of the latest technologies, methodologies, and international standards to ensure the highest quality and reliability in our services.

Evaluación Superficial de Pavimentos | Análisis de Defectos y Deterioros

Our engineers and technicians have tested and evaluated thousands of kilometers of pavement in recent years.

Testimonials

What Our Clients Say

Looking to ensure the safety and efficiency of your projects through accurate and reliable structural pavement evaluation?

Ensure Project Safety with Expert Structural Evaluation