Titre :	Soil mechanics in engineering practice
Type de document :	texte imprimé
Auteurs :	Terzaghi, K. ; Peck, R. B.
Mention d'édition :	John Willey & Sons, Inc
Editeur :	John Willey & Sons, Inc
Année de publication :	1967
ISBN/ISSN/EAN :	978-0-471-85273-5
Note générale :	Soil mechanics in engineering is divided into three parts. Part I treats of the physical properties of soils it deals with the physical nd mechanical properties of homogenears specimens of undisturbed remolded soils. It also desls with those soil properties that habe a direct bearing on the behaviour of soil masses during and after constructions operations . Part II presents theorical soil mechanics / these theories are based on radically simplifying assumptions regarding the mechanical and hydraulique properties of the soils. Part III examines problems of design and construction. It deals with the application of our present knowledge of soil behavior and of the theories of soil mechanics to design and construction in the field of foundation and earthwork engineering. It cartains also a discussion of the general principles of the design of structures such as retaiming wall, earth daims, and foundations.
Langues :	Anglais (eng)
Mots-clés :	Sol  Drainage  Barrage  construction hydraulique  Méthodologie  Pédologie  Propriété physique  Propriété mécanique
Index. décimale :	621.2 Hydraulique : turbines, pompes, accumulateurs, transmission hydraulique
Résumé :	Soil mechanics in engineering is divided into three parts. Part I treats of the physical properties of soils it deals with the physical nd mechanical properties of homogenears specimens of undisturbed remolded soils. It also desls with those soil properties that habe a direct bearing on the behaviour of soil masses during and after constructions operations . Part II presents theorical soil mechanics / these theories are based on radically simplifying assumptions regarding the mechanical and hydraulique properties of the soils. Part III examines problems of design and construction. It deals with the application of our present knowledge of soil behavior and of the theories of soil mechanics to design and construction in the field of foundation and earthwork engineering. It cartains also a discussion of the general principles of the design of structures such as retaiming wall, earth daims, and foundations.
Note de contenu :	Soil mechanics in engineering is divided into three parts. Part I treats of the physical properties of soils it deals with the physical nd mechanical properties of homogenears specimens of undisturbed remolded soils. It also desls with those soil properties that habe a direct bearing on the behaviour of soil masses during and after constructions operations . Part II presents theorical soil mechanics / these theories are based on radically simplifying assumptions regarding the mechanical and hydraulique properties of the soils. Part III examines problems of design and construction. It deals with the application of our present knowledge of soil behavior and of the theories of soil mechanics to design and construction in the field of foundation and earthwork engineering. It cartains also a discussion of the general principles of the design of structures such as retaiming wall, earth daims, and foundations.

Soil mechanics in engineering practice [texte imprimé] / Terzaghi, K. ; Peck, R. B.  . -  John Willey & Sons, Inc . - John Willey & Sons, Inc, 1967.
ISBN : 978-0-471-85273-5
Soil mechanics in engineering is divided into three parts. Part I treats of the physical properties of soils it deals with the physical nd mechanical properties of homogenears specimens of undisturbed remolded soils. It also desls with those soil properties that habe a direct bearing on the behaviour of soil masses during and after constructions operations . Part II presents theorical soil mechanics / these theories are based on radically simplifying assumptions regarding the mechanical and hydraulique properties of the soils. Part III examines problems of design and construction. It deals with the application of our present knowledge of soil behavior and of the theories of soil mechanics to design and construction in the field of foundation and earthwork engineering. It cartains also a discussion of the general principles of the design of structures such as retaiming wall, earth daims, and foundations.
Langues : Anglais (eng)

Mots-clés :	Sol  Drainage  Barrage  construction hydraulique  Méthodologie  Pédologie  Propriété physique  Propriété mécanique
Index. décimale :	621.2 Hydraulique : turbines, pompes, accumulateurs, transmission hydraulique
Résumé :	Soil mechanics in engineering is divided into three parts. Part I treats of the physical properties of soils it deals with the physical nd mechanical properties of homogenears specimens of undisturbed remolded soils. It also desls with those soil properties that habe a direct bearing on the behaviour of soil masses during and after constructions operations . Part II presents theorical soil mechanics / these theories are based on radically simplifying assumptions regarding the mechanical and hydraulique properties of the soils. Part III examines problems of design and construction. It deals with the application of our present knowledge of soil behavior and of the theories of soil mechanics to design and construction in the field of foundation and earthwork engineering. It cartains also a discussion of the general principles of the design of structures such as retaiming wall, earth daims, and foundations.
Note de contenu :	Soil mechanics in engineering is divided into three parts. Part I treats of the physical properties of soils it deals with the physical nd mechanical properties of homogenears specimens of undisturbed remolded soils. It also desls with those soil properties that habe a direct bearing on the behaviour of soil masses during and after constructions operations . Part II presents theorical soil mechanics / these theories are based on radically simplifying assumptions regarding the mechanical and hydraulique properties of the soils. Part III examines problems of design and construction. It deals with the application of our present knowledge of soil behavior and of the theories of soil mechanics to design and construction in the field of foundation and earthwork engineering. It cartains also a discussion of the general principles of the design of structures such as retaiming wall, earth daims, and foundations.