ISSN: 2630-4716 (Online)

 

   Publication Frequency: Semi-annual

 

   Publishing Model: Open Access

 

 

About the Journal

 

Insight - Civil Engineering (ISSN: 2630-4716) is an online double-blind peer reviewed Open Access scientific journal concerned with all aspects of civil engineering and engineering management.

 

Our aim is to publish comprehensive reviews and original research papers in civil engineering, which can reflect the latest research trend and development direction of civil engineering and engineering management discipline.

 

It focuses on transportation engineering, disaster prevention and reduction engineering and protective engineering, environmental engineering and more. Please see "Focus and Scope" for detailed scope.

 

Latest Articles

  • Open Access

    Article

    Article ID: 660

    Construction of road shoulder reinforcements—Rules, regulations and types of execution

    by Kerim Hrapović

    Insight - Civil Engineering, Vol.8, No.1, 2025; 38 Views

    Materials for road shoulder reinforcement must fulfill two essential requirements. Firstly, for road safety reasons, they must have a permanently high bearing capacity so that vehicles that leave the carriageway do not sink in and cause accidents. This bearing capacity and stability of the surfaces is mainly ensured by the gravel content. Secondly, they must have a high retention and binding capacity for pollutants, as road surface water seeps into the verge area. This protects the subsoil and groundwater and is achieved by the sand and fines content of the soils. There are many different ways in which verge reinforcement can be constructed.

View All Issues

Announcements

Innovative Technology for Enhanced Concrete Construction

2024-11-16

Researchers from the Institute of Construction Management and Economics at Graz University of Technology have developed a prototype of a control system for concreting processes on construction sites as part of their DigiCoPro project.  Using sensors and advanced algorithms, the system aims to minimize errors and reduce resource waste by eliminating the need for rework.

Read more about Innovative Technology for Enhanced Concrete Construction