What is Perfect, Imperfect, and Redundant Truss?

In this article, we will describe the perfect truss, imperfect or deficient truss, and redundant truss. First, let’s know what is Truss. A Truss is a structure consisting of straight Slender Rods connected only at their joint. Slender Rod – If the diameter of rods is smaller compared to its length then this type of rod … Read more

Working Stress, Ultimate Load, And Limit State Methods?

Structure design method

Methods Of Structural Design Structural design can be accomplished using three primary methods: working stress, limit state, and ultimate load. Initially, the working stress method was utilized for designing both Reinforced Concrete and Steel structures. However, due to certain drawbacks of the working stress method, the Ultimate Load method was introduced. In recent times, most … Read more

T Beam – Types, Design, Moment Of Inertia And Advantages

What Is T Beam? It’s just a rectangular beam cast monolithically with the slab-shaped as T. T-beams possess a low volume of concrete. Additionally, they lessen the floor-to-floor height since the flange is already part of the slab. These two things in combination significantly decrease the concrete needed for the building, cutting down both cost … Read more

Structural Analysis and Structural Designing

Introduction Of Structural Analysis and Design Structural analysis and Structural designing are very essential parts of Civil Engineering. In this article, I’ll explain the structural analysis and structural design. Before taking deep dive into this article, I would recommend you to read about the Unit Weight of Building Materials. Unit weight of building materials will … Read more

Shear Force and Bending Moment Diagram for Simply Supported Beam

Shear Force and Bending Moment Diagram for a simply supported beam are as follows. Case 01. Simply supported beam with a point load. To find out Shear Force, first, we will calculate Ra and Rc. Beam is simply supported ∑Ma = ∑Mc= 0. Let us consider ∑Ma = 0. 6*4 – Rc*8 = 0                                          (Clockwise … Read more