Soil Classification

Delve into the intricate world of “Soil Classification” with MFS Engineering, where we unearth more than just dirt — we’re talking about the foundation of your structures. In this archive, we don’t just scratch the surface; we dig deep into the nitty-gritty of soil types, their behaviors, and how they influence the integrity of buildings and constructions. It’s complex, sure, but crucial. Why? Because understanding the ground beneath our feet is the first step in ensuring the longevity and safety of the structures we call home or workplace. Join us in sifting through these fundamental insights — because, at MFS, we believe that a solid project starts from the ground up!

Different Types of Footings in Australian Construction

Explore common footing types in Australian construction, from strip and stump systems to raft slabs. Learn how footings ensure building stability and how to choose the right one for your project.

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Diagram illustrating four types of footings used in Australia: Strip Footing, Slab On Ground, Pad Footing, and Piles.

Incorrect Foundation Soil Classification And Footing Specification

In a newly developed Victorian suburb, incorrect soil classification led to severe structural issues in a single-storey family home. This case study explores how drought conditions and inadequate geotechnical assessment resulted in foundation problems and ongoing structural damage.

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Close-up of an architectural blueprint highlighted with analytical notes, signifying an investigation into foundation soil classification and footing specification discrepancies.

Melbourne’s Geology – The Ground Beneath Your Feet

Melbourne's unique geology, dominated by clay-rich soils, impacts building foundations. This brief post explains soil reactivity, its effects on homes, and why understanding local geology is important for property owners.

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Sketch of wooden beam supported by metal braces, with underground layers visible beneath.