Fundamentals of Deep Excavations
portes grátis
Fundamentals of Deep Excavations
Ou, Chang-Yu
Taylor & Francis Ltd
10/2021
16
Mole
Inglês
9780367426088
15 a 20 dias
900
Descrição não disponível.
1 Introduction to the analysis and design of excavations; 2 Engineering properties of soils and geotechnical analysis; 3 Excavation methods and lateral supporting systems; 4 Lateral earth pressure; 5 Stability analysis; 6 Stress and deformation analysis: simplified method; 7 Stress and deformation analysis: beam on elastic foundation method; 8 Stress and deformation analysis: finite element method; 9 Dewatering in excavations; 10 Design of retaining structural components; 11 Excavation and protection of adjacent buildings; 12 Monitoring systems; Appendix A: Conversion factors; Appendix B: Soil properties at the TNEC excavation site; Appendix C: Definition of plane strain; References; Index
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Diaphragm Wall;mechanical behavior of soils and geotechnical analysis;Earth Pressure;excavation methods and lateral supporting systems;Pore Water Pressure;lateral earth pressure;Passive Earth Pressures;stability analysis;Strut Load;stress and deformation analysis;Undrained Shear Strength;finite element method;Excavation Bottom;simplified method;Excavation Width;beam on elastic foundation method;Failure Surface;dewatering of excavations;Active Earth Pressure;design of structural components;Wall Deflections;excavation and protection of adjacent buildings;Soldier Piles;monitoring systems;Free Earth Support Method;plane strain;convention factors;Stress Path;Excavation Zone;Finite Difference Method;Earth Pressure Cell;Triaxial UU Test;Inclinometer Casing;Coulomb's Earth Pressure Theory;Rankine's Earth Pressure Theory;HS Model;Excess Pore Water Pressure;Buttress Wall
1 Introduction to the analysis and design of excavations; 2 Engineering properties of soils and geotechnical analysis; 3 Excavation methods and lateral supporting systems; 4 Lateral earth pressure; 5 Stability analysis; 6 Stress and deformation analysis: simplified method; 7 Stress and deformation analysis: beam on elastic foundation method; 8 Stress and deformation analysis: finite element method; 9 Dewatering in excavations; 10 Design of retaining structural components; 11 Excavation and protection of adjacent buildings; 12 Monitoring systems; Appendix A: Conversion factors; Appendix B: Soil properties at the TNEC excavation site; Appendix C: Definition of plane strain; References; Index
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Diaphragm Wall;mechanical behavior of soils and geotechnical analysis;Earth Pressure;excavation methods and lateral supporting systems;Pore Water Pressure;lateral earth pressure;Passive Earth Pressures;stability analysis;Strut Load;stress and deformation analysis;Undrained Shear Strength;finite element method;Excavation Bottom;simplified method;Excavation Width;beam on elastic foundation method;Failure Surface;dewatering of excavations;Active Earth Pressure;design of structural components;Wall Deflections;excavation and protection of adjacent buildings;Soldier Piles;monitoring systems;Free Earth Support Method;plane strain;convention factors;Stress Path;Excavation Zone;Finite Difference Method;Earth Pressure Cell;Triaxial UU Test;Inclinometer Casing;Coulomb's Earth Pressure Theory;Rankine's Earth Pressure Theory;HS Model;Excess Pore Water Pressure;Buttress Wall
