A great deal of labor needs be done prior to any kind of structure may be constructed in a site. The greatest part of the pre-construction labor involves soil analysis, intended to determine whether the proposed building can be erected there based on the condition of the soil. The analysis is done by a geotechnical engineer who has the final say on what kind of construction may be appropriate for the site. geotechnical engineering is the priority matter in planning a land construction, since it is the foundation figuratively on which the structure will be constructed.

The broad steps

Many engineering projects depend on calculations and perfect measurements to be effective in their purposes which includes geotechnical engineering. It tries to determine the manner by which the beginning of a project may be dealt with, and the continuance of the project will exist or perish on its findings and advisories. The process may be divided into three phases:

In the review stage the soil characteristics are almost perfunctorily tested to determine how the succeeding steps should proceed. The fundamental troubles are stressed, and recommendations are granted, essentially if the project can proceed or not. Not many overwhelming problems are unearthed at this point.

The investigation phase scrutinizes much more closely any problems and all aspects of soil testing. The characteristics of the soil, the stones and the air and water in-between their grains are examined closely. Hazards and potential hazards are projected into the analyses, including but not limited to liability to avalanches, soil ‘flow’ or motion, weight-bearing capacity, the likely correlation between and among the soil, the foundation and the structure, the behavior of any earthen wall, excavations or tunnels that might be made, and the response of the soil to examinations are scrutinized.

All the resulting recommendations made from the investigation phase will indicate exactly how the project will go, how the foundations and underground structures will be fashioned and what design the structure need to ultimately take. Landslides, earthquakes, soil liquefaction and quagmires if any need be considered in conceptualizing the foundations, even before the structure can rise aboveground. That is why some buildings have wheels that allow it to shift horizontally in earthquakes.

In the foundation designing stage, as the name signifies, the kind of foundation for the structure is designed based on the findings of the previous phase. Some foundations must counterweigh for certain deficiencies of the soil, as a foundation must be able to bear the weight of the structure above it. Likewise, soil settlement may occur in the short- or extended term, and this must also be considered in the design.

Conclusion

A lot of people forget that rising structures need to have underground structures, and condemn the building owner when the structure falls down and trigger damage or injury. But if any damage happens the one to blame must be the foundation architect or else the engineer that examined the site foundation earth characteristics. If he erred in it or miscalculated, then damage to persons and property may ensue.