Design steps for column section | IS 456: 2000
Have you ever wondered why the columns in your building are so essential? Picture the skeleton of a human body, providing structure, support, and shape. In much the same way,
IS 456:2000
Design procedure of column with uniaxial bending
A column subjected to uniaxial bending refers to a structural element that experiences bending about a single axis. In other words, the load or forces applied to the column act
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
A simple guide to the steps in staircase design
A staircase serves as more than just a functional component within a building; it is an architectural feature that harmonizes design and functionality. At its core, a staircase is a
What is Development Length in Compression for Reinforced Concrete Columns as per IS456
When we pull on a reinforcement bar, it needs a certain amount of length in order to have a strong grip. This is known as the development length. It’s important
What is Development Length for Reinforced Concrete Beams as per IS456
Development length is the length required to develop the grip in the rod. If you do not provide the development length to the rod, it will come out due to
What is Development Length for Reinforced Concrete Footings as per IS456
To understand development length, you must visit the article “What is development length.” If you have already gone through the article, you must know that development length is the grip
Learn Working Stress Method and Its Basic assumptions with major drawbacks
You might have seen old buildings generally have beams and columns of big cross-sections. Do you wonder why that is so? Are they expected to bear high loads? Well answer
Design procedure for column with Biaxial moments
A column is a special case of a compression member that is vertical. A reinforced concrete column is basically a vertical structural member, which helps to transfer the load from