Landslides. Slope protection and stability. Embankment design and stability [9] reports. - National Research Council (U.S.). Highway Research Board; National Research Council (U.S.). Highway Research Board. Meeting; National Research Council (U.S.). Committee on Embankments and Earth Slopes (Washington Highway Research Board, 1970)
Geologic setting of landslides along south slope of Pine Mountain, Kentucky / Albert J. Froelich -- Evaluation of rock slope protection manual / Travis Smith, Marvin L. McCauley, Ronald W. Mearns -- Stability of slopes loaded over a finite area / Leslie L. Karafiath, Edward A. Nowatzki -- Application of plasticity theory to slope stability problems / H.Y. Fang, T.J. Hirst -- Coefficient of earth pressure at rest as related to soil precompression ratio and liquid limit / Mehmet A. Sherif, David E. Koch -- Dynamic behavior of embedded foundation-soil systems / Yong S. Chae -- Control and performance during construction of a highway embankment on weak soils / Victor Ellias, Herbert Storch -- Photoelastic and finite element analysis of embankments constructed over soft soils / Robert L. Thoms, Ara Arman -- Statistical approximation for consolidation settlement / Hameed A. Elnaggar, Raymond J. Kriziek.
Papers presented at the 49th Annual Meeting of the Highway Research Board, January 1970. Sponsored by Committee on Embankments and Earth Slopes, Committee on Foundations of Bridges and Other Structures, Committee on Soil and Rock Properties, Committee on Physico-Chemical Phenomena in Soils, and Committee on Engineering Geology.
Keywords: Landslides; Slopes (Soil mechanics) -- Stability; Embankments -- Design and construction