How to perform Interactive Design of Columns in TSD

Tekla Structural Designer is an advanced software used for Structural Analysis and Design of a Building. In Tekla we can do 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 softwares .

Let’s follow the steps to know how to do interactive design in TSD:

Step 1

Fig.1

First of all we will select any member from our model like we will take a column and then we can right click on it and then we will go to our design member static. Now you can see the details of the member as shown in fig.1, information like Section, Longitudinal Bars , Analysis, Combination etc . To change this information we will just right click on the model or column and then we will simply go to Interactive Design and static. Then you will be able to see the column specifications like upto plinth level , ground floor to first floor.

Step 2

Fig.2

Now we will go to the c1-2 i.e ground level to plinth level you will see that we have the size of the column so let’s see what the result will be if we change the size . After changing you will find that the section fails when we change the section . Next if you increase the size i.e 250 x 300 you will see the changes in orientation.

Step 3

Next you will see in fig .2 we have some markings over the section , from the principal bar size i.e of 16mm so we have 4 nos of bars at the corners and 12mm intermediate bar you can see we have in between 1-4 & 2-3 & you can also see we haven’t provided any bars between 1-2 & 4-3 .

So like this you can change the interactive design in TSD.

.For more details, watch this:

Tekla Structural Designer: Interactive Design of Columns || How to edit the rebars/reinforcement

What is TEKLA? | TEKLA Structural Designer | CIVIL CENTER

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

Tekla structural Designer VS ETABS.

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 see the difference between TSD and ETABS. Step 1 As per the modelling aspects in ETABS we can import the grid lines we cannot import the shadow of an architectural drawing and in Tekla, we can import grid lines as well as the shadow of an architectural drawing assigning beams and columns is very easy and the modelling becomes quick. In ETABS we cannot see the extruded view easily but in TSD we can see the extruded view easily. Basically, visualization is easy in TSD as compared to ETABS. Step 2 In TSD load application is very easy as the dead load and live load both are almost same but in the wind...

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...

RCC Slab: How Placement of Electrical Conduits & Reinforcement arrangement

Let us take a virtual tour of a building construction site for checking Electrical conduit in RCC slab and reinforcement arrangement which is going to be cast. Conduit Electrical system is the most common type of Electrical wiring. Mostly PVC conduits are used in domestic wiring. What is visible at the site 1-Electrical conduits as per the Arrangements of lights, fans, TV, etc, which protect the wires from external damage as well as increase the longevity of wires. 2-Slab Thickness: Slab thickness of 125 mm was provided. 3-Slab Reinforcement: Top Reinforcement: Here the distance from support is 0.1L from beam Corner, at the discontinuous end and in continuous slab,the distance is 0.3L. Bottom Reinforcement: Here the distance from the center of support is 0.15L from beam Corner, or discontinuous end and in continuous slab, reinforcement distance is 0.25L from the support center. Reinforcement distances in both top and bottom are maintained alternati...

TEKLA STRUCTURAL DESIGNER

Search This Blog