Recent Articles

Open access

ISSN: 2097-0498
CN: 61-1520/U
e-ISSN: 2773-0077

Rutting performance of geosynthetic reinforced unbound pavements subjected to repetitive loading: A review

The growing demands on global infrastructure highlight the critical need for durable and efficient pavement systems, particularly under the stress of repetitive heavy traffic loads. The use of geosynthetics...

A comprehensive evaluation of non-destructive density and moisture content measurement of asphalt pavement during construction using ground-penetrating radar

In situ density and moisture content of asphalt pavement are essential controlling parameters that require accurate measurement for quality control and quality assurance purposes. The ground-penetrating...

Machine learning models for predicting carbonation depth in fly ash concrete: performance and interpretability insights

This study aims to develop an accurate and robust machine learning model to predict the carbonation depth of fly ash concrete, overcoming the limitations of traditional predictive methods. Five ensemble-based...

Unconfined compressive strength and small-strain shear modulus of soft marine clay improved by ordinary Portland cement and polyester fibers with modeling by Michaelis-Menten kinetics

This study proposes to use the unconfined compressive strength (UCS) and the bender element (BE) tests for determining the strength and the initial small-strain shear modulus of Bangkok soft marine...

Comparative performance evaluation of asphalt binder modified with high-content pretreated crumb rubber and various additives

The addition of high-content crumb rubber (HCCR) in asphalt can effectively address waste tire pollution and provide sustainable environmental and economic advantages. However, the practical application...

Skid resistance and mechanical performance comparison between in-place and in-plant cold-mix recycling 100​% RAP: A sustainable design for bicycle lanes

Technological advancements have produced sustainable approaches to pavement preservation and reconstruction procedures. Specific recycling processes are being developed to reuse the asphalt concrete...

Comprehensive review of aging phenomena in conventional and bio-based asphalt binders: Challenges and future directions

Aging plays a critical role in determining the durability and long-term performance of asphalt pavements, as it is influenced by both external factors (e.g., temperature, ultraviolet (UV) radiation,...

Evaluation of properties and modification mechanism of organic expanded vermiculite/waste rubber powder modified asphalt

Severe segregation and poor rheological properties in crumb rubber (CR) modified asphalt (CRMT) were addressed by investigating the performance improvement effect of organic expanded vermiculite (OEV)...

A critical review on pavement distress detection using images and point clouds from visual features to geometric modeling

Pavement distress detection plays a pivotal role in ensuring roadway safety, serviceability, and cost-effective infrastructure management. With rapid advancements in intelligent transportation systems,...

Cup lump rubber and natural rubber latex biopolymers as promising modifiers for asphalt binders and mixtures: A review

This paper presents a comprehensive review of previous research based on scientific papers, technical reports, and published academic theses. The review focuses on studies and investigations concerning...

Bio-based polyurethane for road engineering applications: A comprehensive review

With the escalating global emphasis on environmental conservation and sustainable development, enhancing the service quality and durability of road surfaces and facilitating the green development of...

Application of aluminum industry solid waste in asphalt mixtures and its impact on performance: Current research and future perspectives

Aluminum industrial solid waste represents a highly abundant yet underutilized resource. Its incorporation into asphalt pavement applications can effectively reduce the exploitation of natural resources...

Nondestructive testing of asphaltic laboratory samples through resonant tests

Knowledge of the dynamic modulus of bituminous mixtures is practical and theoretically meaningful in pavement design, construction, and monitoring. The tests in the laboratory for the determination...

Fly ash for sustainable roads: A comprehensive review on mechanisms and performance optimization

Fly ash (FA), a major solid waste from coal-fired industries, represents a critical pathway for the green disposal of bulk solid waste and the low-carbon construction of transportation infrastructure,...

Tire/road noise analysis of innovative microsurfacing mixtures based on SPERoN® model and noise-related texture indicators

Road traffic noise is a significant environmental issue in urban areas with major health and economic implications for communities. Thus, a comprehensive understanding of tire/road noise mechanism is...

Effects of plateau environment on cement concrete properties: A review

The plateau environment not only affects the development of concrete's early strength but also damages its durability during its service life. This paper summarized and analyzed the impact of plateau...

Laboratory performance of sustainable stone matrix asphalt mixtures utilizing electric arc furnace slag and waste plastic

This research examined the feasibility of incorporating electric arc furnace (EAF) slag and waste plastic into stone matrix asphalt (SMA) mixtures. With annual global production of over 70 million tons...

Study on separation identification of cement stabilized crushed stone mixture based on convolutional neural network

With the vigorous development of China's transportation industry, the mileage of high-grade highways based on semi rigid base layers has been increasing year by year. However, the commonly used material...

Application of nanomaterials on the performance of SBS modified asphalt binders and mixtures: A comprehensive review

Presently, many asphalts and modified asphalts fail to satisfy long-term serviceability and durability criteria. Researchers are utilizing several asphalt modifiers to enhance the overall performance...

Evaluation of effective parameters on pavement surface temperature

The elevated temperatures adversely affect the durability and lifespan of pavement. Understanding the factors that influence asphalt pavement temperature offers valuable insights for creating climate-friendly...

Resilient behavior of unbound granular material: A review

When a vehicle moves over a flexible pavement structure, it generates loading and unloading cycles that produce recoverable (resilient) and permanent (plastic) deformations in the granular base and...

Discretization and assembly connection technology of cement concrete pavement structure: A review

Precast concrete pavements (PCPs) represent an innovative solution in the construction industry, addressing the need for rapid, intelligent, and low-carbon pavement technologies that significantly reduce...

Towards sustainable pavement construction: A review of the degree of blending in hot recycled asphalt mixture

The use of hot recycled asphalt mixture (HRAM) allows for a reduction in the depletion of non-renewable resources and presents environmental benefits. However, concerns arise regarding the performance...

Multifaceted sensor-based approach for road quality assessment in the Indian road scenario

This study aims to explore the feasibility of conducting supervised classification of road barriers in a practical context through the utilization of diverse data collection methods. These methods encompass...

Evaluation of HMA and WMA RAP mixture using hydrogenated castor oil flakes

In this study, reclaimed asphalt pavement (RAP) used in different percentages in hot mix asphalt (HMA) and warm mix asphalt (WMA) were tested for moisture, fracture and rutting resistance adding hydrogenated...

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