Linked from

The 14 pages that link to Soil mechanics, each with the reason it gives.

• Geotechnical engineeringBroader topic: Provides the principles used to predict how foundations and earthworks load and deform soil.

• RegolithNarrower topic: Its methods help characterize the load-bearing and movement properties of terrestrial regolith.

• Engineering geologyNarrower topic: Its principles explain how geological materials deform and carry infrastructure loads.

• Rock mechanicsCompared with: Soil mechanics addresses granular and cohesive ground, while rock mechanics emphasizes intact strength and discontinuities.

• PisaNarrower topic: Soft, compressible ground beneath the tower governs its stability.

• EarthworksNarrower topic: Its principles explain how soils behave during excavation, loading, and compaction.

• Bridge foundationRelated: Soil mechanics helps predict how foundation loads affect the supporting ground.

• Leaning Tower of PisaNarrower topic: The tower's foundation settled unevenly because its supporting soil could not bear the structure uniformly.

• Rammed earthNarrower topic: Its principles explain why grain size, moisture, and pressure determine wall performance.

• Soil physicsCompared with: It emphasizes load-bearing and failure, while soil physics also treats transport and heat.

• Highway engineeringRelated: Subgrade soil properties influence earthworks, pavement support, and slope stability.

• Agricultural engineeringRelated: Soil properties affect machinery traction, foundation design, and field traffic.

• GeomechanicsBroader topic: It specializes geomechanical analysis in the behavior of soils.

• Tunnel constructionNarrower topic: Soil response determines whether an opening can remain stable during excavation.