For the design and performance analyses of geosynthetic-reinforced soil structures under
repeated loading, such as those induced by compaction, traffic and earthquakes, the …

Geosynthetics and their applications : 15. Geosynthetic applications — general aspects and
selected case studies Page 1 15 Geosynthetic applications Ð general aspects and selected …

The main objective of this paper is to discuss the experimental and theoretical approaches
developed by different researchers in order to understand and to evaluate the soil …

A series of conventional and unconventional tensile tests were performed on six types of
geosynthetic reinforcement to evaluate their viscous properties. It is shown that the …

The knowledge of soil-geosynthetic interface behaviour is a key point in the design of
geosynthetic-reinforced soil structures. The pullout ultimate limit state can be reproduced …

This paper deals with some results of a wide experimental research carried out in order to
study factors affecting cyclic and post-cyclic pullout behaviour of different geogrids …

Geosynthetic reinforced slopes and walls are being increasingly constructed to perform as
permanent structures. Facing blocks are used to improve the aesthetic appearance of walls …

This paper deals with the results of a wide experimental research carried out in order to
study factors affecting the cyclic and post-cyclic pullout behaviour of different geogrids …

14.1. Introduction 14.2. Material properties under dynamic loading 14.3. Seismic analysis
and design of walls and slopes 14.4. Physical testing of model walls and slopes 14.5 …

Most research on the long term behavior of geosynthetics has focused on creep; very little
data is available on the stress relaxation behavior of geogrids. Consideration of both creep …