About Everything Structures

Welcome to Everything Structures, a space dedicated to making structural engineering simple, intuitive, and accessible. This blog breaks down complex concepts into clear explanations, practical examples, and real-world design logic that anyone from students to young engineers can understand.

I created this platform to share knowledge, clarify fundamentals, and help engineers build confidence in structural design philosophies. Whether you’re just starting your engineering journey or looking to strengthen your basics, this blog provides straightforward, engineering-focused content you can rely on.

My goal is to make structural engineering easier to know, easier to learn, easier to visualize, and easier to apply in real projects.

Thanks for being here, and welcome to the world of structures.

What is Bearing in Concrete Foundation Design

Designing a foundation is difficult. But once you understand the logic behind how loads travel and how the soil reacts, the entire process becomes intuitive. What Does a Foundation Actually Do? Any foundation acts as a medium between your superstructure (columns, walls, beams) and the soil below it. The structure applies vertical loads, horizontal forces, and moments. The soil resists these loads by providing equal and opposite reactions. These soil reactions govern stability, bearing, sliding, overturning, and structural design of the foundation. How Loads Affect a Footing? When loads act on a footing, it naturally wants to: move downwards (due to gravity loads), slide (due to lateral loads), or overturn (due to moments). But soil has resistance. This resistance creates reaction pressures under the footing. These pressures are what we check during design. In simple words: The structure wants to move. The soil stops it. The result is reactions. Simple Isolated Footing Bearing...

What is Loss of Contact in Concrete Foundation Design

Now that we have discussed what bearing pressure in foundations is, we can move to another side of the same coin— Loss of Contact in Foundations . When a building transfers load to the soil, we typically assume that the entire base of the foundation remains in full contact with the ground. But in real-world conditions, especially under eccentric vertical loads , lateral forces/moments , tension , or seismic actions, this may not happen. Loss of contact can cause incorrect bearing pressure calculations, unsafe designs, excessive settlements due to redistribution of pressure, etc. (Refer Bearing in Concrete Foundation Design ) What is Loss of Contact? When a foundation is subjected to vertical loads plus lateral forces or overturning moments, a bending pressure develops at the soil–footing interface. One side of the footing experiences higher compression whereas the opposite side experiences reduced compression or even tension. A compressi...

Teng’s Method for Modified Bearing Pressure

Designing any structure involves a lot of assumptions that are based on analysis, experimentation and safety considerations. we typically assume loads are transferred via centerline of the footing and that the entire base of the foundation remains in full contact with the ground. But in real-world conditions, columns may experience eccentric vertical loads from machinery , lateral forces/moments due to wind or seismic forces , tension and unsymmetrical geometry. Eccentricity can be caused due to off-center application of loading or from centric loading with bending moments. All this leads to non-uniform soil pressure below the footing, which is difficult to calculate, especially in case of Loss of Contact. (Refer Loss of Contact in Concrete Foundation Design ) Teng's method helps us modify the bearing pressure to realistically account for E ccentricity Loss of Contact Non-Linear Soil Response while still using simple mechanics. Assumption...

Everything Structures

Search This Blog