同济大学：《地质工程导论》课程电子教案（课件讲稿）Chapter II Common ground in engineering geology, soil mechanics and rock mechanics - past, present and future

CHAPTER II Common ground in engineering geology,soil mechanics and rock mechanics:past, present and future

CHAPTER II Common ground in engineering geology, soil mechanics and rock mechanics: past, present and future

New words and phrases segregation:隔离 elusive:难以琢磨的 design and implementation of ground engineering structures:大地工程结构的设计和施工 geomechanics:地质力学 the mechanics of discontinua:非连续力学 sustainable structures:可持续结构 conceptual,,physical and/or numerical:.概念，物理和数 值（模型) discrepancies:差异，不同之处

New words and phrases segregation ：隔离 elusive ：难以琢磨的 design and implementation of ground engineering structures：大地工程结构的设计和施工 geomechanics：地质力学 the mechanics of discontinua：非连续力学 sustainable structures：可持续结构 conceptual, physical and/or numerical：概念，物理和数 值（模型） discrepancies：差异，不同之处

New words and phrases ISSMFE International Society for Soil Mechanics and Foundation Engineering.国际土力学及基础工程协会 IAEG International Association for Engineering Geology and the environment.国际工程地质与环境协 会 lSRM:International Society for Rock Mechanics.国际岩 石力学学会

New words and phrases ISSMFE : International Society for Soil Mechanics and Foundation Engineering. 国际土力学及基础工程协会 IAEG :International Association for Engineering Geology and the environment . 国际工程地质与环境协 会 ISRM: International Society for Rock Mechanics. 国际岩 石力学学会

Engineering geology,soil mechanics and rock mechanics in the past modern geological concepts were being worked out (i.e.around the turn of the eighteenth to nineteenth century). William Smith.He is noted as "The Father of British Geology"(Legget 1962)as well as for his eminence as a civil engineer

Engineering geology, soil mechanics and rock mechanics in the past modern geological concepts were being worked out (i. e. around the turn of the eighteenth to nineteenth century). William Smith. He is noted as ‘‘The Father of British Geology’’ (Legget 1962) as well as for his eminence as a civil engineer

Engineering geology,soil mechanics and rock mechanics of today and in the future in the past,the dominant feature of the three scientific ground engineering disciplines was differentiation and,to a certain degree, also segregation,then today,and hopefully into the future,it is integration and co-operation. Why?

Engineering geology, soil mechanics and rock mechanics of today and in the future in the past, the dominant feature of the three scientific ground engineering disciplines was differentiation and, to a certain degree, also segregation, then today, and hopefully into the future, it is integration and co-operation. Why?

engineering geology has finally found its own identity. With the move towards unified standards and the establishment of a world-wide network of professional services,...An integrated approach of all ground engineering partners is therefore required. a definite need to raise public awareness and the profile of the ground engineering profession... a Joint European Working Group (JEWG):for the definition of a common scientific and professional platform for the three ground engineering disciplines

 engineering geology has finally found its own identity.  With the move towards unified standards and the establishment of a world-wide network of professional services, …An integrated approach of all ground engineering partners is therefore required.  a definite need to raise public awareness and the profile of the ground engineering profession… a Joint European Working Group (JEWG)：for the definition of a common scientific and professional platform for the three ground engineering disciplines

Engineering geology, soil mechanics and rock mechanics of today and in the future in 2003,to a Joint Task Force (JTF),tasked with working out proposals for a restructuring of the three international societies in the move to establish a "Federation of International Geo- Engineering Societies

Engineering geology, soil mechanics and rock mechanics of today and in the future in 2003, to a Joint Task Force (JTF), tasked with working out proposals for a restructuring of the three international societies in the move to establish a ‘‘Federation of International Geo￾Engineering Societies’’

The common platform as formulated by the JEWG the JEWG identified the following three areas as fundamental to ground engineering: -Geomechanics,as the umbrella term for both soil mechanics and rock mechanics -Engineering geology and -Design and implementation of ground engineering structures (ground engineering in its narrow sense)

The common platform as formulated by the JEWG the JEWG identified the following three areas as fundamental to ground engineering: ——Geomechanics, as the umbrella term for both soil mechanics and rock mechanics ——Engineering geology and ——Design and implementation of ground engineering structures (ground engineering in its narrow sense)

The triangle of geomechanics:soil mechanics and rock mechanics Ground engineering is based on a sound understanding of the mechanical behavior of geological materials.Due to the assemblage of solids and fluids and their intrinsic nature within a fractured system,the mechanical behavior of geological materials must incorporate principles of solid mechanics,fluid mechanics a and the mechanics of discontinua

The triangle of geomechanics: soil mechanics and rock mechanics Ground engineering is based on a sound understanding of the mechanical behavior of geological materials. Due to the assemblage of solids and fluids and their intrinsic nature within a fractured system, the mechanical behavior of geological materials must incorporate principles of solid mechanics, fluid mechanics and the mechanics of discontinua

The triangle of geomechanics:soil mechanics and rock mechanics Solid Fluid Mechanics Mechanics Soil Mechanics Geomechanics Rock the mechanical interaction between solids and fluids, Mechanics whilst rock mechanics has a strong adherence towards the mechanics of discontinua with major influences from solid and fluid mechanics. Mechanics of Discontinua interaction between the three principal mechanical disciplines of solid mechanics,fluid mechanics and the mechanics of discontinua is intrinsic to geomechanics

The triangle of geomechanics: soil mechanics and rock mechanics the mechanical interaction between solids and fluids, whilst rock mechanics has a strong adherence towards the mechanics of discontinua with major influences from solid and fluid mechanics. interaction between the three principal mechanical disciplines of solid mechanics, fluid mechanics and the mechanics of discontinua is intrinsic to geomechanics