1. Start by creating a 3D model of the objects you wish to simulate the impact and deformation between. You may use SolidWorks to do this, or you can import 3D models into SolidWorks.

2. On the left-hand side of the screen select the Simulation tab and then choose Simulate.

3. Select Study Type and choose Nonlinear.

4. Select Physics and choose Structural.

5. Assign the material properties to the objects that are to be simulated.

6. Create the contact between the objects by clicking the Contacts button. 7. Set up the boundary conditions, loading, and constraints needed for the simulation.

8. Select the Solver and click the Run button.

9. Once the simulation is complete, you can view the results and analyze the impact and deformation of the objects.

To simulate impact and deformation between two objects using SolidWorks, you can follow the steps below:

Create the two objects: Start by creating the two objects that will interact with each other in the simulation. Ensure that they are properly defined and that their material properties are accurately set.

Define the impact scenario: Determine the impact scenario, including the speed and direction of the impact. This will affect how the objects deform and interact with each other.

Set up the simulation study: Open the Simulation tab and set up a new simulation study. Define the material properties of the objects, set the boundary conditions, and specify the type of analysis you want to perform (such as linear static, nonlinear static, or dynamic analysis).

Define the contact: Use the Contact wizard to define the contact between the two objects. You can select the type of contact you want to simulate (such as bonded, no penetration, or frictional contact) and specify the contact conditions.

Apply the loads: Apply the loads to the objects. These may include forces, pressures, or accelerations depending on the impact scenario.

Run the simulation: Run the simulation to observe the impact and deformation between the two objects. You can view the results in real-time or analyze them later using post-processing tools.

Optimize the design: Based on the simulation results, you can optimize the design of the objects to improve their performance and reduce the risk of damage or failure during an impact.

SolidWorks provides a range of simulation tools that can be used to accurately simulate the impact and deformation between two objects. By following the steps above and using these tools, you can create a realistic simulation of impact scenarios and optimize the design of your objects accordingly.

Baruc Avilez To simulate the impact and deformation between two objects in SolidWorks, you can use the Nonlinear Dynamic simulation feature. Here are the general steps to follow:

Create a 3D model of the two objects that will collide. Make sure the models are properly assembled and constrained.

Go to the Simulation tab and select Nonlinear > Nonlinear Dynamic.

In the Nonlinear Dynamic Property Manager, define the type of analysis you want to perform, such as Explicit Dynamics or Drop Test.

Define the material properties of the objects, such as Young's modulus, Poisson's ratio, and density.

Define the contact between the objects by selecting the appropriate contact types, such as Bonded or No Separation.

Set up the boundary conditions and loads, such as gravity or an impact force.

Run the simulation.

After the simulation is complete, you can view the results in various ways, such as by creating animations of the deformation and motion, or by examining stress and strain plots.

Here are some tips for creating animations of the simulation results:

In the Results tab, select the deformation or motion plot that you want to animate.

Right-click on the plot and select Create Animation.

In the Animation PropertyManager, select the type of animation you want to create, such as a fly-through or a deformation animation.

Adjust the settings for the animation, such as the camera view, the speed, and the number of frames.

Click Play to preview the animation, and then save it as a video file.