Estimation || How to Find the RCC Volume of Waist Slab Staircase

The Estimate is the Probable quantity and cost of a work and is determined theoretically by mathematical calculation based on the drawing and current rates and a stair is a set of steps provided in a building for movement from one floor to another.

“There is no elevator to success, You have to take the stairs ”

~Zig Zaglar

So let’s go step by step to know how to calculate the volume of a waist slab type staircase.

Step 1

First of all we will have to find No. of steps so for that we will have to Divide Height by Riser . You can see the height is 3m and the riser value is 0.15 m after dividing you will get the value of 20 nos of steps.

Step 2

Now we will have to find the horizontal length , for finding it we will have to multiply the nos of steps and tread so you will get the value of 5000mm.

Step 3

Next we will have to calculate the waist slab length by the help of Pythagoras theorem So the value will be 5830 mm now we will find the volume of waist slab so for that we need the length of step i.e 1800 mm .

Step 4

For finding the volume we will have to calculate the length , hypotenuse and thickness of the slab . so the value will be 1.049m.

Now we will find the volume of one step. For that we will need a formula of triangle and multiply step length. The value will be 0.0337 for one step so if we have 20 steps simply we will multiply 0.0337 and 20 the value will be 0.675.

Step 5

Now we will add the two volumes that will be 1.7244m3. Like this you can calculate the volume of the staircase.

For more details, watch this: How to Find the RCC Volume of Waist Slab Staircase With Rate Analysis || Estimation Tutorial

About us: Civil Center is a Civil Engineering Consultancy company which provides services ranging from Building Consultancy Services like Architectural Plan, Structural Drawing, Estimation, 3D Views of Interior and Exterior of a Building, Construction Planning and Management, and also other services like Survey Investigation Works.

We also provide Industrial Training to Civil Engineering Students as well as professionals which include courses on Building Design, Detailing Estimation, 3D Modelling and Survey by using Software like STAAD. Pro, Tekla Structural Designer, Revit Structures, Tekla Structures, MS Excel, E-Survey. In training our goal is to make our trainees ready for the industry by getting them trained in Live Projects. We also provide placement assistance to our trainees.

To join our live classes on Tekla Structural Designer and other courses related to Civil Engineering, click here : https://forms.gle/Yy9j8BH8zZzmFfZMA

For any query

Call on: 8433248864

WhatsApp: +91 6372905201

Email: team@civilcenter.in

If you have any requirement of Building Consultancy Services like Architectural Plan, Structural Drawings etc., register using the link given below

https://forms.gle/M4MTqgcLP6ZEp4rs7

Whatsapp: +91 6372905201

Email: enquiry@civilcenter.in

Visit our Website: http://www.civilcenter.in/

You Can Find Us On Other Social Media

Visit our Facebook Page: https://www.facebook.com/civilcenter/

Visit our LinkedIn Page: https://www.linkedin.com/company/civil-center

Follow our Twitter Handle: https://twitter.com/_CivilCenter

How to study the Reinforcement Drawings of beams which have been generated in TSD.

Tekla Structural Designer is advanced software used for Structural Analysis and Design of a Building. In Tekla, we can do the detailing of steel structures as well as RCC structures. We can create RCC buildings and we can insert the rebars in Tekla structures Designer software. We can also do the form works and structural drawing without the help of any other software. Let’s go step by step to learn how to study the Reinforcement Drawings of beams that have been generated in TSD. Step 1 As we can see, this building has been fully designed and analysed. Now, just right click on the beam then click on the report for the member and it will generate the report for the member and we will see this and after that, we can also check the file for the particular beam. Fig.1 Step 2 Now we have 3 numbers of sections, for each beam, it has been made and the respective cross-section is also given. Step 3 Now if we just go through the drawing, we can see that we have 2 ba...

How to Provide Reinforcement in multiple columns in Tekla Structures

Tekla Structures is a Building Information Modeling (BIM) software able to model structures that incorporate different kinds of building materials, including steel, concrete, timber and glass. However it is widely used for the detailing of structural drawing. In this blog, we are going to discuss how to provide reinforcement in multiple columns in Tekla Structures. So let's start the step by step procedure Step 1 : At first we must make sure that our model is correct and after that we will look for the column reinforcement application. Step 2 : Search result will give us lots of options which includes application of column (for both the RCC and steel). Step 3 : Now from there we have to select an app for RCC. column. Step 4 : We will go for Application no. 57 which is "Column automated reinforcement layout". Step 5 : Select and define the application according to our requirement. Now select all the columns by dragging the mouse from right...

STAAD Pro Vs Tekla Structural Designer .Which One Is Better ?

Tekla Structural Designer (TSD) is a simple, integrated design & analysis software that enables engineers to deliver safe, effective and rationalized design more quickly, regardless of structural material. Reinforcement drawings for the entire building or tonnes of steel for estimating and many more. So in the above image you can see the first image is created in Tekla Structural Designer (TSD) and in the second image the model has been created in Staad Pro . we can start the comparison with the grid lines. So for creating grid lines in staad we need to enter the coordinates from the beam column plan as shown in fig.1 and we need to insert it while viewing the beam column plan. Fig 1 We can create grid lines in Tekla Structural Designer directly and in addition you can also import the beam column plan as shadow as shown in fig 2 . Fig. 2 • Next step is adding members in staad pro so in addition we need to see the beam colu...

TEKLA STRUCTURAL DESIGNER

Search This Blog