ElectroMagneticWorks EMWorks EMS 2013 SP00 For SolidWorks LINK
How to use ElectroMagneticWorks EMWorks EMS 2013 SP00 For SolidWorks to design and simulate electromagnetic devices
ElectroMagneticWorks EMWorks EMS 2013 SP00 For SolidWorks
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ElectroMagneticWorks EMWorks EMS 2013 SP00 For SolidWorks is a software that enables you to perform electric and magnetic field simulations using your complete 3D geometry in SOLIDWORKS. It is a powerful and versatile tool that can help you design and optimize electromagnetic devices such as motors, generators, transformers, sensors, actuators, PCBs, and more.
In this article, we will show you how to use ElectroMagneticWorks EMWorks EMS 2013 SP00 For SolidWorks to create and analyze a simple electromagnet. We will cover the following steps:
Creating the geometry in SOLIDWORKS
Defining the materials and boundary conditions
Setting up the simulation parameters
Running the simulation and viewing the results
Creating the geometry in SOLIDWORKS
The first step is to create the geometry of the electromagnet in SOLIDWORKS. We will use a simple rectangular coil with a cylindrical iron core as an example. You can follow these steps to create the geometry:
Create a new part file in SOLIDWORKS.
Sketch a rectangle on the front plane with dimensions of 50 mm by 20 mm.
Extrude the sketch by 10 mm to create a thin plate.
Sketch a circle on the top face of the plate with a diameter of 10 mm.
Extrude cut the circle by 50 mm to create a hole in the plate.
Select the top face of the plate and sketch another rectangle with dimensions of 5 mm by 20 mm.
Extrude the sketch by 50 mm to create a coil around the hole.
Select one of the faces of the coil and sketch a circle with a diameter of 8 mm.
Extrude cut the circle by 50 mm to create a gap in the coil.
Create a new part file in SOLIDWORKS.
Sketch a circle on the front plane with a diameter of 8 mm.
Extrude the sketch by 50 mm to create a cylindrical rod.
Save both parts as separate files.
Create a new assembly file in SOLIDWORKS.
Insert both parts into the assembly and mate them so that the rod fits into the hole and gap of the coil.
Save the assembly as Electromagnet.SLDASM.
You should have something like this:
Defining the materials and boundary conditions
The next step is to define the materials and boundary conditions for the electromagnet. You can do this by using ElectroMagneticWorks EMWorks EMS 2013 SP00 For SolidWorks add-in, which is integrated into SOLIDWORKS. You can follow these steps to define the materials and boundary conditions:
In SOLIDWORKS, go to Tools > Add-Ins and check ElectroMagneticWorks EMWorks EMS 2013 SP00 For SolidWorks to activate it.
In ElectroMagneticWorks EMWorks EMS 2013 SP00 For SolidWorks tab, click on New Study > Magnetostatic to create a new magnetostatic study.
In ElectroMagneticWorks EMWorks EMS 2013 SP00 For SolidWorks tree, right-click on Materials and select Apply Material. A dialog box will appear with a list of predefined materials.
Select Iron from the list and click on Apply. The rod will be assigned with iron material properties.
Select Copper from the list and click on Apply. The coil will be assigned with copper material properties.
Select Air from the list and click on Apply. The rest of the assembly will be assigned with air material properties.
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