Category: RCC
RCC numerical: Design of Doubly Reinforced Beam
Hi all, lets understand the step by step calculation to design the Doubly Reinforced Beam. This post will provide you a step by step design calculation from start till end to understand the procedure. Design of Doubly Reinforced Beam Numerical: A doubly reinforced beam 300 mm x 500 mm effective is reinforced with 1035 mm2…
RCC Numerical: Design of RCC Column
Lets understand the detailed solution of Design of RCC Column step by step in easy way. This post will provide you a comprehensive solution for the design of RCC Column from start to end. Design of RCC column Numerical: Design a R.C column to carry an axial working load 400 kN.The effective length of column…
RCC numerical: Design of Two Way Slab
Hi everyone in this post i am providing you a detailed solution for a numerical of “Design of Two Way Slab” step by step. Numerical: Design a simply supported two way slab over a room 4.8 m x 4.0 m effective, subjected to UDL 5 kN/m2 (inclusive of self wt.) Use M20 and Fe 415….
RCC Numerical: Design of One way Slab
Hi everyone in this post i am providing you all a step by step detailed explanation of below RCC numerical of “one way slab”. Read carefully below numerical and solution. RCC Numerical: Design of One way Slab Numerical: A one way slab is to be designed for an effective span 3.3 m . The super…
RCC Numerical – Simply Supported Beam Calculate depth and area of steel
Hi everyone in this post i am providing the detailed RCC numerical solution in step by step. Please follow the steps to get the proper solutions. Simply Supported Beam Calculate depth and area of steel Numerical: Calculate depth and area of steel at mid span of a simply supported beam over as clear span 6…
RCC Numerical – Moment of Resistance
Hi All in this post i am providing solution for the below RCC numerical in detail and step by step. RCC Numerical – Moment of Resistance Numerical: Find the moment of resistance Mu for a beam 300 x 600 mm, effective provided with 3 bars of 16 mm diameter and 2 bars of 12 mm…
RCC Numerical – If xu is limited to 0.39, calculate pt and Mu. Assume M20 – Fe415 concrete and steel.
If xu is limited to 0.39, calculate pt and Mu. Assume M20 – Fe415 concrete and steel. Given: Concrete grade: M20 (characteristic compressive strength fckf_{ck} = 20 MPa) Steel grade: Fe415 (yield strength fyf_y = 415 MPa) Maximum depth of the neutral axis xu=0.39dx_u = 0.39d 1. Calculate ptp_t (Area of Steel per Unit Area…
RCC Numerical – Find limiting moment of resistance and steel required for a beam
Find limiting moment of resistance and steel required for a beam 300 × 600 mm (effective), if concrete M 25 and Fe 415 steel are used. To find the limiting moment of resistance and the amount of steel required for a beam with the given dimensions and materials, follow these steps: Given: Beam dimensions: Width…
