SOIL MECHANICS: DESIGN MANUAL 7.1 

 - ALEXANDRIA: DEPARTMENT OF THE NAVY,  1982 
 - V.PAGING;ILLU 
<br/><br/> PHOTOCOPY 
<br/><br/>Chapter 1: Identification and classification of soil and rock. Section1: Introduction. Section 2: Soil deposits. Section 3: Soil identification. Section 4: Soil classification and properties. Section 5: Rock classification and properties. Section 6: Special materials. Chapter 2: Field exploration, testing and instrumentation. Section 1: Introduction. Section 2: Published soil and Geotechnical maps. Section 3: Remote sensing data methods. Section 4: Geophysical methods. Section 5: Soil borings and test pits. Section 6: Sampling Section 7: Penetration resistance tests. Section 8: Groundwater measurement. Section 9: Measurement of soil and rock properties In-Situ. Section 10: Field instrumentation. Chapter 3: Laboratory testing. Section 1: Introduction. Section 2: Index property tests. Section 3: Permeability tests. Section 3: Permeability tests. Section 4: Consolidation tests. Section 5: Shear strength tests. Section 6: Dynamic testing. Section 7: Tests on compacted soils. Section 8: Tests on rock. Chapter 4: Distribution of stresses. Section 1: Introduction. Section 2: Stress conditions at a point. Section 3: Stresses beneath structures and embankments. Section 4: Shallow pipes and conduits. Section 5: Deep underground openings. Section 6: Numerical stress analysis. Chapter 5: Analysis of settlement and volume expansion. Section 1: Introduction. Section 2: Analysis of stress conditions. Section 3: Instantaneous settlement. Section 4: Primary and secondary settlements. Section 5: Tolerable and differential settlements. Section 6: Methods of reducing or accelerating settlement. Section 7: Analysis of volume expansion. Chapter 6: Seepage and drainage. Section 1: Introduction. Section 2: Seepage analysis. Section 3: Seepage control by cutoff. Section  4: Design of drainage blanket and filters. Section 5: Wellpoint systems and deep wells. Section 6: Linings for reservoir sand pollution control facilities. Section 7: Erosion control. Chapter 7: Slope stability and protection. Section 1: Introduction. Section 2: Types of failures Section 3: Methods of analysis. Section 4: Effects of soil parameters and groundwater on stability. Section 5: Slope stabilization. Section 6: Slope protection. 
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<br/><br/><label>Subjects--Topical Terms: </label><br/>SOIL MECHANIC-MANUAL.<br/>SOIL MECHANIC-DESIGN.