With 50 years of distinguished publication, Indian Geotechnical Journal (IGJ) encompasses a broad spectrum of Geotechnical Engineering and contributions in the form of research articles, reviews, technical notes and discussions on such topics as Site characterization; Engineering and Constitutive behaviour of soils and rocks; Foundations; Earth retaining structures; Dams; Soil dynamics; Excavations and tunneling; Earthquake geotechnical engineering; Geosynthetics; Case histories in geotechnical engineering practice and reports of innovative concepts and developments. Indian Geotechnical Journal is published by the Indian Geotechnical Society in association with Springer (India). Peer Review Information: This journal follows a single blind peer review process.
Indian Geotechnical Journal
Opis
Identyfikatory
ISSN | 0971-9555 |
e-ISSN | 2277-3347 |
DOI | 10.1007/40098.2277-3347 |
Wydawca
Springer India
Informacje dodatkowe
Zbiór danych: Springer
Artykuły
Indian Geotechnical Journal > 2019 > 49 > 6 > 635-649
Several theories and methodologies are proposed over the years to assess the ultimate bearing capacity of isolated or interfering shallow footings resting on horizontal or sloping grounds. Progressive urbanization on the hill-slopes presents the problem of multiple footings of various typologies coexisting on the crest or slope face, leading to a complex failure and interaction mechanism. It is essential...
Indian Geotechnical Journal > 2019 > 49 > 6 > 603-619
A debris flow type of landslide is believed to have propagated from existing minor landslides and heavy rainfall on August 13, 2017, near the village of Kotropi (Mandi District, Himachal Pradesh), India. The disastrous landslide swept away two state transport buses causing 47 fatalities. A stretch of 300-m on National Highway-154 was completely buried under debris by a massive 1153 m of slope run-out...
Indian Geotechnical Journal > 2019 > 49 > 6 > 698-707
Slope failures are catastrophic in nature, resulting in widespread loss of lives and infrastructure. Consequently, stability analysis of slopes has gathered considerable attention by the research community across the globe. In practice, limit equilibrium approach forms the underlying principle for majority of the conventional slope stability analysis methods. One of the major limitations of the limit...