FROST ACTION IN SOILS
Robert D. Miller, Duwayne M. Anderson, Allen R. Tice, Peter J. Williams, G H Brandt, Richard McGaw, E. Penner, J R Dunn, P.P. Hudec, Jan T. Laba, Khandker A. Aziz
Abstract
Robert D. Miller, Duwayne M. Anderson, Allen R. Tice, Peter J. Williams, G H Brandt, Richard McGaw, E. Penner, J R Dunn, P.P. Hudec, Jan T. Laba, Khandker A. Aziz
Abstract
Eight papers describe the continuing struggle to overcome frost problems: 1) freezing and heaving of saturated and insaturated soils; 2) predicting unfrozen water contents in frozen soils from surface area measurements; 3) use of the ice-water surface tension concept in engineering practice; 4) chemical additives to reduce frost heave and water accumulation in soils; 5) frost heaving versus depth to water table; 6) influence of freezing rate on frost heaving; 7) frost and sorption effects in argillaceous rocks; 8) pressure-time relationship in laterally stressed frozen granular soils.
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Eight papers describe the continuing struggle to overcome frost problems: 1) freezing and heaving of saturated and insaturated soils; 2) predicting unfrozen water contents in frozen soils from surface area measurements; 3) use of the ice-water surface tension concept in engineering practice; 4) chemical additives to reduce frost heave and water accumulation in soils; 5) frost heaving versus depth to water table; 6) influence of freezing rate on frost heaving; 7) frost and sorption effects in argillaceous rocks; 8) pressure-time relationship in laterally stressed frozen granular soils.
Key concepts: Frost heaving, Frost weathering, Soil water, Frost (temperature), Geotechnical engineering, Water table, Geology, Environmental science