The rising price of energy and a recognition of the human impact on climate change has
resulted in growing interest in environmentally–friendly construction techniques such as …

Due to the seriousness of environmental pollution as well as the high energy-demand
associated with the production of construction materials. This study presents the rational …

The soil of the Guabirotuba geological formation (Paraná Basin, Brazil) has physico-
mechanical properties which are not suitable for its utilization in pavement construction, in …

Fine-grained soils have a low load-bearing capacity that hinders their use in pavement
construction, slope protection, or foundation support. Therefore, the chemical stabilization of …

The study of the high-performance of biopolymers and current eco-friendly have recently
emerged. However, the micro-behavior and underlying mechanisms during the test are still …

Methodologies for dosing fine/coarse-grained soils with cement using the porosity/cement
ratio (η/C iv) have mainly focused on the nonoptimal compaction conditions to calculate the …

For practical deployment of lime-stabilized subgrade in the engineering field, laboratory and
field-based pavement design studies highlight the significance of simpler preparation and …

Asphalt concrete is the prevailing material used for road surface construction. Its adequate
characteristics in providing stability, durability and driving safety are controlled by complex …

The results of a comprehensive experimental programme are presented for assessing the
long-term microstructural modifications and evaluating the effects of microstructural …

Geotechnical engineering can account for a considerable portion of the environmental
impact in infrastructure and construction projects. As a result, sustainability is increasingly …