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The effects of human loads on structures are difficult to predict because they depend on the type of activity people are performing. However, models for typical activities such as standing, sitting and jumping have been ...

Subjects / keywords: Channels (Hydraulic engineering); Hydraulic structures; Electronic books

Subjects / keywords: Hydraulic models; Hydraulic structures; Models; Channels (Hydraulic engineering)

Subjects / keywords: Hydraulics; Channels (Hydraulic engineering); Fluid dynamics; Hydraulic structures

Subjects / keywords: Fluid mechanics; Hydraulic engineering; Hydraulic structures

Subjects / keywords: management and economy, irrigation, water quality, recycling and wastewater, hydraulic structures, environment; Technology: Hydraulic engineering: Irrigation engineering. Reclamation of wasteland. Drainage; Social Scienc...

Subjects / keywords: irrigation and drainage, hydraulics, sediment transport, hydraulic structures, groundwater, hydroinformatics; Technology: Hydraulic engineering

Subjects / keywords: water engineering, irrigation, drainage, water resources, hydraulic structures, hydraulics of sediment; Technology: Hydraulic engineering: Irrigation engineering. Reclamation of wasteland. Drainage

Subjects / keywords: structures, civil engineering, earthquakes, geotechnics, hydrology, smart structures; Technology: Engineering (General). Civil engineering (General); Technology: Building construction

Subjects / keywords: structure & earthquake, hydraulic structures, sea structures, geotechnic, transportation; Technology: Engineering (General). Civil engineering (General)

The loads on structures and infrastructures as well as their self-weight are as a set of forces that need to be always transmitted to the ground.This is achieved by means of a foundation,a system composed of a structural...

Subjects / keywords: CHOPRA, ANIL; PEARSON; 624.176 Ch549d5