Australia-based · Global geosynthetic supply & engineering support | Site investigations · SAKontain capability brochure

HDPE geomembranes · 2024

Creep Failure Characteristics and Mathematical Modeling of High-Density Polyethylene Geomembranes under High Stress Levels

Libo Wang, Weijun Cen, Erich Bauer, Jiangliang Wei, Zhenyu Wen, Jun Yan

Original research · free full-paper access · authors credited

Research overview

Laboratory creep tests and modelling examine HDPE rupture at high tensile stress. The results highlight stress-dependent failure; accelerated high-stress tests are not a direct prediction of installed liner life.

Kontain’s reading note. Refer to the original paper for the authors’ full methods, findings and limitations.

Authors
Libo Wang, Weijun Cen, Erich Bauer, Jiangliang Wei, Zhenyu Wen, Jun Yan
Publication year
2024
DOI
10.3390/polym16142019
Access
Full text at the original publisher or institutional repository.
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 paper opens at its publisher or repository.

Read the full paper →Search all research papers →

Topics in this paper

creeprupturetensile stresslaboratory testing

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.