We use cookies on our site to make your website experience as beneficial as possible. If you choose to approve or browse on our site, you agree that we use cookies. More information about cookies

Symposium on slopes on soft clays, Linköping, March 8-10, 1982. Ed: Jan Lindgren

Swedish title: Symposium on slopes on soft clays, Linköping, March 8-10, 1982. Ed: Jan Lindgren
Series: SGI Rapport
Number: 17
Year: 1983
Pages: 461
Download (PDF, 25.06 MB)
Summary 27 papers: (1) Aas, G: A method of stability analysis applicable to natural slopes in sensitive and quick clays; (2) Bengtsson, PE, Lekorchi, D: Stresses and displacements in natural slopes; (3) Berggren, B: Classification of slope stability; (4) Berggren, B, Carlsson, B: The safety factor and failure probability; (5) Bernander, S: Active earth pressure build-up - a trigger mechanism in large landslides in sensitive (quick) clays; (6) Bernander, S, Olofsson, I: The landslide at Tuve, Nov. 1977; (7) Bernander, S, Svensk, I: On the brittleness of soft clays; (8) Bjurström, G, Broms, BB: The landslide at Fröland, June 5, 1973; (9) Broms, BB: Progressive translationary landslides; (10) Broms, BB: Stability of slopes with respect to liquefaction; (11) Eide, O: Summary of slide in stiff fissured clay at Sandnes near Stavanger in Norway; (12) Gregersen, O, Löken, T: Mapping of quick clay landslide hazard in Norway. Criteria and experiences; (13) Karlsrud, K: Analysis of a small slide in sensitive clay in Fredrikstad, Norway; (14) Larsson, R: On the use of drained and undrained shear strength and effective stress parameters in slope stability calculations; (15) Lebuis, J, Robert, JM, Rissman, P: Regional mapping of landslide hazard in Quebec; (16) Lefebvre, G: Use of the post-peak strength in slope stability analysis; (17) Leroueil, S, Collins, G, Tavenas, F: Total and effective stress analysis of slopes in Champlain Sea clays; (18) Lindskog, G: Brief report of the investigation of the slope stability along the river in Göta river valley; (19) Olsson, L: The safety factor is dead - long live the probability of failure ... ?; (20) Rosén, B: Climate records related to landslides; (21) Rosén, B: Pore water forecasting; (22) Sällfors, G: A simplified calculation method for the stability of long slopes; (23) Söderblom, R: Slope stability - a constant factor or a short time "parameter"?; (24) Söderblom, R: Studies of the rapidity number. Can this parameter be used to determine the slide tendency of a clay?; (25) Tavenas, F, Leroueil, S: A new approach to effective stress stability analyses; (26) Tavenas, F, Flon, P, Leroueil, S, Lebuis, J: Remolding energy and risk of slide retrogression in sensitive clays; (27) Viberg, L: Experiences of mapping and classification of stability conditions.