1. Home
2. Docs
3. WeStatiX Documentation EN
4. Examples & Tutorials
5. Flooring subject to vehicular load

# Flooring subject to vehicular load

In this section we explain you how to quickly model an industrial flooring subject to the load of a truck. The model is available for you in WeStatiX.

We will also show you how the results vary using fiber-reinforced concrete! For this you can see a second model where we have changed the material properties.

This tutorial loads the type of reinforcement steel from the WeStatiX database. If your current plan does not allow the use of the Database, you can upgrade at any time, or define the reinforcement steel parametrically.

## Step by Step

### GeometrY

Let’s start by creating the geometry: click on GEOMETRY on the Tab Bar.

Create the nodes with the coordinates of the table below.

You have finished creating the geometry! Here is your flooring.

### PropERTIES

Start defining properties in the PROPERTIES section.

First, create the concrete material as shown below.

Create fiber-reinforced concrete second: Fill in the Tensile strength field with the tensile strength of the materialâ€¦ we’ll see at the end how the results vary!

In order to carry out the design of the reinforced concrete section you have to define the properties of the reinforcing steel. Look for it in WeStatiX libraries in Database!

Now attribute the properties to the plate.

• The thickness is constant for all elements and is 0.3m.
• For the first analysis, attribute material 1
• For the second analysis, enter material 2.

### CONSTRAINTS

In CONSTRAINTS simulate the Winkler’s elastic floor by inserting a shell support with a stiffness of 90000 kN/m2.

Move to ACTIONS to define model actions. Enter the gravity load specifying the size and direction of the vector in Gz.

Enter a load of -10kPa in Z direction on shells 5, 6 and 7 .

On shell 1, 2, 3 and 4 instead insert a pressure of -5000kPa, representative of the truck stopped on the plate.

To proceed with the design of the reinforced concrete elements, at least one load combination must be defined.

To do so, press on Load combinations and then on New.

Then simply tap on Action to add a Load group. In our case the only Load group present is default and we don’t need to specify a different coefficient from one. At this point you can enter a name as you like and then proceed with the next step!

### REINFORCED CONCRETE SECTION DESIGN PARAMETERS

Now move to DESIGN and specify the design parameters as follows.

Go to CALCULATE and launch the analysis!

### RESULTS

In the Entity tree, under RC shell design, you can find the designing results.

Here we see the results for the project at the Last Limit State.

This is what the contour for the upper reinforcement design in X direction looks like.