Choosing the right steel site is an important thing for steel buildings.
Lot type |
Geology, topography, geomorphology |
Favourable locations |
Stabilized bedrock, firm soils, open, level, dense, uniform medium-hard soils, etc. |
disadvantageous location |
Weak soils, liquefied soils, bar-shaped protruding mountain passes, high isolated hills, non-rocky steep slopes, edges of riverbanks and slopes, and soils with apparently uneven genesis, lithology, and condition on the plane of distribution (e.g., old river channels, loosely faulted fracture zones, buried ponds and valleys, and half-filled, half-excavated foundations). |
hazardous area |
Areas where landslides, avalanches, subsidence, cracks, mudslides, etc. may occur during earthquakes, and where surface dislocations may occur on earthquake-induced rupture zones. |
These are some of the suggestions I’ve compiled for choosing the right site for a steel building, but they should also be analyzed on a project-specific basis