A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Preparative Knowledge of Material Properties
Basic properties of water and solid applicable to advanced CMs will be summarizes in this chapter. Termed as “rock-like materials”, rocks and concrete are mostly consumed in geotechnical and hydraulic structures, and their physical and mechanical properties are highly dependent on the embedded micro-or meso-components. Instead of being prevalently described by the phenomenological (conceptual) models on macro-scale level in fundamental CMs such as FEM and BEM, the advanced CMs that will be elaborated in this book endeavor to explicitly simulate these micro-or/and meso-components, hence the basic properties (attributes, deformability and failure resistance) related to the geology structural planes and concrete crack-tips are particularly focused on. The basic properties of water are briefly collected, too. It is notable that the basic properties summarized in this chapter on one hand, provides preparative knowledge of materials and on the other hand, highlights the difficulties in the practical application of CMs intended to get a quantitative “true solution” w.r.t. the real-world process of engineering structures.
Preparative Knowledge of Material Properties
Basic properties of water and solid applicable to advanced CMs will be summarizes in this chapter. Termed as “rock-like materials”, rocks and concrete are mostly consumed in geotechnical and hydraulic structures, and their physical and mechanical properties are highly dependent on the embedded micro-or meso-components. Instead of being prevalently described by the phenomenological (conceptual) models on macro-scale level in fundamental CMs such as FEM and BEM, the advanced CMs that will be elaborated in this book endeavor to explicitly simulate these micro-or/and meso-components, hence the basic properties (attributes, deformability and failure resistance) related to the geology structural planes and concrete crack-tips are particularly focused on. The basic properties of water are briefly collected, too. It is notable that the basic properties summarized in this chapter on one hand, provides preparative knowledge of materials and on the other hand, highlights the difficulties in the practical application of CMs intended to get a quantitative “true solution” w.r.t. the real-world process of engineering structures.
Preparative Knowledge of Material Properties
Springer Tracts in Civil Engineering
Chen, Shenghong (author)
2023-01-01
82 pages
Article/Chapter (Book)
Electronic Resource
English
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