Articles & Industry Insights
Explore expert perspectives, technical insights, and practical knowledge from Dynatest.
Browse our articles below, to find relevant insights
Our articles are designed to help engineers, consultants, and infrastructure professionals better understand pavement testing methods, data interpretation, and industry developments.
Five Economic Arguments for Investing in Pavement Testing
Pavement testing enables precise design, optimal maintenance timing, and data-driven prioritisation. This article outlines five research-based economic arguments showing how testing reduces lifecycle cost and improves infrastructure performance.
Rigid Pavement Distresses: Corner Breaks, Joint Spalling and Structural Evaluation
Rigid concrete pavements develop distinct distress patterns such as corner breaks, joint spalling, faulting and pumping. This article explains the causes of these distresses, how they affect PCI ratings and why structural evaluation with HWD is often needed to understand the condition beneath the slab.
The ROI of Pavement Testing Equipment
Pavement testing equipment enables data-driven maintenance strategies that reduce lifecycle costs, improve timing of interventions, and prevent unnecessary reconstruction. This article explains how testing data translates into measurable return on investment for road and airport networks.
How Pavement Cracks Are Detected: Manual vs. AI vs. LCMS
Pavement cracks can be detected using manual inspections, camera-based image analysis or laser scanning technologies such as LCMS. This article explains how each method works, where each is most suitable and how pavement condition data can support maintenance planning and asset management.
Why Preventive Pavement Maintenance Costs Less Than Reactive Repair
Preventive pavement maintenance significantly reduces long-term costs by slowing deterioration and avoiding expensive rehabilitation. Research shows cost savings of 17–33%, with early intervention delivering the highest return on investment.
Heavy Vehicle Simulator (HVS) in Ovalisation Test Analysis
The Heavy Vehicle Simulator (HVS) is used to study the performance of asphalt mixes and other pavement materials at very high tire pressures and loads.
Get inspired by our customer cases
Learn how our customers have used Dynatest equipment to optimize pavement projects and improve infrastructure.