Hanover, New Hampshire: US Army corps of engineers, Cold regions research and engineering laboratory. – 1981. – 150 p.
Монография
Теплофизические свойства грунтовIntroduction Soil and soil thermal properties
Importance of soil thermal properties
Scope and purpose of this monograph,
Mechanisms of heat transfer in soils Heat conduction
Convection
Radiation
Evaporation-condensation process
Other effects on soil heat transfer
The effect of compositional, volumetric and other structural factors on the thermal properties of soilsComposition and other structural factors
Effect of the volumetric ratios of the constituents
Correlations between thermal conductivity and soil density or porosity
Effects of porosity and density on other thermal properties
The effect of water and its migration on the thermal properties of soils Properties of water in soils and the influence of temperature
The effects of the amount and nature of water
Combined moisture and heat transfer in soils caused by temperature gradients
Combined moisture and heat transfer during soil freezing
Further influences on the thermal properties of soils Properties of soil components influencing thermal behavior plus the effect of temperature
Effects of temperature on thermal properties of soils
Effects of ions, salts and other solutes on soil thermal properties
Effects of additives
Hysteresis and history
Organic factors
Direction of heat flow
Convectional effects
Measurement of thermal properties of soils Steady state methods
Transient methods
Comparison of results from probe and GHP tests
Methods for calculating the thermal conductivity of soils Parallel or series flow equations and the geometric mean
Smith's method for dry soils
Kersten's empirical equations
Mickley's method
Gemant's method
De Vries' method
The empirical equations of Van Rooyen and Winterkorn
The method of Kunii and Smith
The modified resistor equation
McGaw's conductance equation
Johansen's method
Trends shown by the various methods
Evaluation of the methods
Discussion and conclusions The condition of water in soils
The degree of saturation
Effect of increase in temperature above 0°C
Moisture and heat transfer
Effects of ions and salts
Additives, contacts and interfacial effects
Frozen soil factors
Factors in measurements of thermal conductivity
Applicability of the thermal conductivity methods
Suggestions for further research
