Shear lag effect in the angle sections
In the previous articles, we have seen simple steps to calculate the tensile strength of flat plates for simple and staggered bolting using IS 800:2007. In this article, let’s explore
In the previous articles, we have seen simple steps to calculate the tensile strength of flat plates for simple and staggered bolting using IS 800:2007. In this article, let’s explore
We designed the one-way slab in the previous article. In this article, we will design the same one-way slab through the RCC Slab Design App. The Eigenplus team made this
In the previous articles, we have seen design examples of finding the tensile strength of flat plate with Chain pattern bolting. In this article, let’s explore the difference for staggered
We generally divide the building, bridges, water tanks or any other structures among members. This decides the members based on their behaviour. Here behaviour means how that member is resisting
This is the most important theorem in solid mechanics. To determine the deformation and the stress in the structure we can use the principle of minimum potential energy. A proper
In the engineering first year all of us have to go through the mechanics course. This course deals with the force and reaction in the body, inertia, moment, vector, scalar
Effective stress is the main parameter that helps understand soil engineering phenomena. Although effective stress is hypothetical, and there is no instrument to measure this directly, it is still most
We technically call the beam a flexure member. That means it resists the load by flexure action which we can understand with a simple object lying on our table that
We will discuss and learn about reinforced cement concrete here in this article. We also call reinforced cement concrete RCC in short form. And the RCC we are discussing here
Tension members are those which are subjected to tensile force. In this article, we will focus on the determination of the tensile strength of the simplest tension member that is