Different checks for R.C.C beam section | IS 456: 2000
Beams, the backbone of any structural system, play a vital role in supporting loads and ensuring the stability of a building or structure. To ensure their safety, it is crucial
Design steps for a doubly reinforced beam section | IS 456: 2000
To start the design of doubly reinforced beam you should have an idea about this type of section. As the name implies, in this type of beam section, we are
Isochoric Process: Work Done in Constant Volume Systems
The volume of the system remains unchanged throughout an isochoric process, which is a thermodynamic process. The pressure cooker in which you cook your food or the engine of your
Design of one-way slab using Slab App
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
Designing two way slabs: An example
A two-way slab is a type of R.C.C. slab that distributes loads in two perpendicular directions efficiently. The term “two-way” is to describe the bending behavior of the slab in
Design steps for a singly reinforced beam section | IS 456: 2000
Beams play a crucial role in the structural stability and integrity of buildings and infrastructure. As fundamental components of any construction project, beams are responsible for transferring loads and supporting
Tensile strength of flat plates| Staggered Bolting
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
Design steps of different RCC members
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
Polytropic process | Equation, Work done Explanation
A polytropic process is a thermodynamic process in which a polytropic equation is used to describe the relationship between pressure and volume. These processes are frequently used to simulate compressors
The principle of minimum potential energy
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