岩土资料（Geotechnical data）.docVIP

岩土资料（Geotechnical data） Geotechnical engineering: according to the requirement of the construction project, find out the analysis and evaluation of construction site geological environment characteristics and geotechnical engineering conditions, by surveying documents the activities of the geotechnical engineering need to adopt engineering geological mapping and sampling investigation and exploration and in situ testing laboratory inspection and check the calculated data processing technology, such as the investigation object, including the distribution of rock and soil and the engineering characteristics of groundwater occurrence and changes of the adverse geological process and geological disasters such as geological environment characteristics and geotechnical engineering conditions of geotechnical engineering, in which soil and rock mass as an object of scientific research and engineering practice to solve and deal with the construction of all engineering issues related to the soil or rock mass. Seismic fortification intensity: the seismic intensity of seismic fortification of a region is approved according to the permission granted by the state. Earthquake intensity is refers to the ground and all kinds of building structures in a region suffered from an earthquake influence and damage That the intensity of earthquake damage to buildings and deformation and the size of the magnitude of the depth of the distance from the epicenter and seismic wave through the medium of the magnitude is used to measure the size of the earthquake energy quantitative indicators, the energy released The higher the magnitude. Engineering geological survey: to find out the geological and hydrogeological conditions of the natural characteristics of the site related to the construction project, and to put forward the whole process of engineering geological evaluation. Engineering geological conditions, geological factors related to the project construction of comprehensive, including l