04783nam 2200673 450 991081924320332120230927070612.01-119-10660-51-119-10659-1(CKB)3710000000615919(EBL)4451906(SSID)ssj0001636216(PQKBManifestationID)16389466(PQKBTitleCode)TC0001636216(PQKBWorkID)14840220(PQKB)11432867(PQKBManifestationID)16224985(PQKBWorkID)14840319(PQKB)22732188(DLC) 2015045688(Au-PeEL)EBL4451906(CaPaEBR)ebr11172319(CaONFJC)MIL909452(MiAaPQ)EBC4451906(OCoLC)930026858(EXLCZ)99371000000061591920160329h20162016 uy 0engurcnu||||||||txtccrTriaxial testing of soils /Poul V. LadeChichester, West Sussex, England :Wiley Blackwell,2016.©20161 online resource (780 p.)THEi Wiley ebooksDescription based upon print version of record.1-119-10661-3 1-119-10662-1 Includes bibliographical references and index.Title Page; Table of Contents; Preface; References; About the Author; 1 Principles of Triaxial Testing; 1.1 Purpose of triaxial tests; 1.2 Concept of testing; 1.3 The triaxial test; 1.4 Advantages and limitations; 1.5 Test stages - consolidation and shearing; 1.6 Types of tests; 2 Computations and Presentation of Test Results; 2.1 Data reduction; 2.2 Stress-strain diagrams; 2.3 Strength diagrams; 2.4 Stress paths; 2.5 Linear regression analysis; 2.6 Three-dimensional stress states; 2.7 Principal stress space; 3 Triaxial Equipment; 3.1 Triaxial setup; 3.2 Triaxial cell; 3.3 Piston3.4 Pressure supply 3.5 Vertical loading equipment; 3.6 Triaxial cell with integrated loading system; 4 Instrumentation, Measurements, and Control; 4.1 Purpose of instrumentation; 4.2 Principle of measurements; 4.3 Instrument characteristics; 4.4 Electrical instrument operation principles; 4.5 Instrument measurement uncertainty; 4.6 Instrument performance characteristics; 4.7 Measurement of linear deformations; 4.8 Measurement of volume changes; 4.9 Measurement of axial load; 4.10 Measurement of pressure; 4.11 Specifications for instruments; 4.12 Factors in the selection of instruments4.13 Measurement redundancy 4.14 Calibration of instruments; 4.15 Data acquisition; 4.16 Test control; 5 Preparation of Triaxial Specimens; 5.1 Intact specimens; 5.2 Laboratory preparation of specimens; 5.3 Measurement of specimen dimensions; 5.4 Specimen installation; 6 Specimen Saturation; 6.1 Reasons for saturation; 6.2 Reasons for lack of full saturation; 6.3 Effects of lack of full saturation; 6.4 B-value test; 6.5 Determination of degree of saturation; 6.6 Methods of saturating triaxial specimens; 6.7 Range of application of saturation methods; 7 Testing Stage I7.1 Objective of consolidation 7.2 Selection of consolidation stresses; 7.3 Coefficient of consolidation; 8 Testing Stage II; 8.1 Introduction; 8.2 Selection of vertical strain rate; 8.3 Effects of lubricated ends and specimen shape; 8.4 Selection of specimen size; 8.5 Effects of membrane penetration; 8.6 Post test inspection of specimen; 9 Corrections to Measurements; 9.1 Principles of measurements; 9.2 Types of corrections; 9.3 Importance of corrections - strong and weak specimens; 9.4 Tests on very short specimens; 9.5 Vertical load; 9.6 Vertical deformation; 9.7 Volume change9.8 Cell and pore pressures 10 Special Tests and Test Considerations; 10.1 Introduction; 10.2 K0-tests; 10.3 Extension tests; 10.4 Tests on unsaturated soils; 10.5 Frozen soils; 10.6 Time effects tests; 10.7 Determination of hydraulic conductivity; 10.8 Bender element tests; 11 Tests with Three Unequal Principal Stresses; 11.1 Introduction; 11.2 Tests with constant principal stress directions; 11.3 Tests with rotating principal stress directions; Appendix A: Manufacturing of Latex Rubber Membranes; A.1 The process; A.2 Products for membrane fabrication; A.3 Create an aluminum moldA.4 Two tanksTHEi Wiley ebooks.Shear strength of soilsTestingShear strength of soilsTesting.624.1/514Lade P.935879MiAaPQMiAaPQMiAaPQBOOK9910819243203321Triaxial testing of soils4009174UNINA