Soil water loss is an important component of the water balance in irrigated agriculture. This
study investigated the effects of geotextiles on water loss during soil drying and cracking …

The effect of fines content on the performance of the wicking geotextile is not clear. This
study developed a simple moisture reduction test method to quantify the effectiveness of the …

In permafrost regions, the thawing of permafrost will cause serious damage to the road
structure, and delaying the degradation of permafrost is the key to ensure the road …

High temperatures leading to thaw settlement deformation of soil are the primary cause of
damage to road structures in permafrost regions. In this study, phase change material (PCM) …

An enhanced geosynthetic material, PVF-wicking geosynthetic (PWG), was developed to
improve the performance of the wicking geosynthetic product family, eg, the wicking …

The melting of permafrost can cause serious damage to road structures. This study prepares
a phase change geotextile (PCG) with heat absorption and waterproofing properties and …

Geotextile offers numerous benefits in improving pavement performance, including
drainage, barrier functionality, filtration, and reinforcement. Wicking geotextile, a novel …

Wicking geotextiles have proven effective in reducing water content in road bases under
both saturated and unsaturated conditions, thereby increasing granular base strength and …

With the objective of disaster prevention and the control of geotechnical structures under
rainfall environments, an experimental method was adopted to study the mechanical …

相比于传统土工织物, 新型土工织物是一种因编织了亲水尼龙织物而在非饱和环境下具有较高
排水效率的新型材料, 其排水效率受铺设方式, 降雨, 温度, 相对湿度等因素影响 …