GCL & bentonite · 2023
Pore Scale Simulation of Rheology Properties on Residence Time of Polymer Hydrogel and Hydraulic Conductivity of Bentonite Polymer Composite Geosynthetic Clay Liners
Original research · free full-paper access · authors credited
Research overview
An idealised pore-scale model explores how polymer viscosity, surface tension and wetting influence hydrogel retention and hydraulic conductivity. The findings support attention to polymer persistence; they are modelling results rather than project-scale validation.
Kontain’s reading note. Refer to the original paper for the authors’ full methods, findings and limitations.
- Authors
- Hao Li, Jinbang Zhang, Juan Hou
- Publication year
- 2023
- DOI
- 10.3390/su151713052
- Access
- PDF hosted by Kontain with verified redistribution rights.
- Reuse
- CC BY 4.0 ↗
Read the full paper
Use your email and a one-time code for free access. No payment or password required. The original PDF opens from Kontain.
Read the full paper →Search all research papers →Topics in this paper
Apply the evidence to your project
Materials, test conditions, exposure and loading matter. Research findings need project-specific assessment before use as design inputs.
Kontain provides geosynthetic supply and engineering support. Inclusion in this catalogue does not imply author endorsement or product certification.