Pile Capacity in Geotechnical Engineering What are Piles and When to use them? Piles are structural members made of steel, concrete, or timber that serve as deep foundations where the depth or length is significantly larger than the width. Unlike…
Lateral Earth Pressure in Geotechnical Engineering What is Lateral Earth Pressure in Geotechnical Engineering? Lateral Earth Pressure is the horizontal stress exerted by soil against earth retaining structures like retaining walls, excavations, and foundations. It varies based on wall movements…
Seepage in Geotechnical Engineering Water doesn’t just sit still in the ground. It moves constantly through soil pores. This movement, called seepage, is one of the most critical phenomena in geotechnical engineering. Whether you’re designing a dam, building a foundation,…
Soil Classification in Geotechnical Engineering What is Soil Classification in Geotechnical Engineering? Soil classification is the systematic categorization of soils based on their engineering behavior and physical properties, forming the foundation of all geotechnical engineering design. This process enables engineers…
Braced Cuts in Geotechnical Engineering What is Braced Cuts in Geotechnical Engineering? A braced cut is a temporary or permanent vertical excavation support system that consists of vertical or near-vertical walls (typically sheet piles, soldier piles, or concrete walls) held…
Bearing Capacity of Soil What is Bearing Capacity? Bearing capacity is the maximum pressure that soil can sustain under a foundation without undergoing shear failure. It represents the soil’s ability to support the loads transmitted from the superstructure through the…
Slope Stability What is the importance of Slope Stability in Modern Construction Slope stability analysis is one of the most important aspects of design and construction in civil engineering. Grasping slope stability is vital for ensuring the safety and longevity…
Compressibility of Soil in Geotechnical Engineering Soil Compressibility Soil Compressibility is the ability of soil to decrease in volume when subjected to increased loading. It directly controls settlement behaviour and is fundamental for foundation design, determining how much and how…
Permeability in Geotechnical Engineering Water doesn’t just sit in soil. It moves. And understanding how fast it moves and how much moves through our soil is critical for everything from dam design to groundwater contamination control to foundation drainage. Permeability…
What is Atterberg Limits in Geotechnical Engineering? In 1900s, Engr. Albert Atterberg developed a method to classify the consistency of fine-grained soils based on their moisture content, which led to the identification of the Atterberg Limits, a key indicator of…
