The stability of the control law has been identified by using the Lyapunov stability theory. An adaptive control strategy to have stable behavior is synchronized for an uncertain hyperchaotic system with an identical 5-D system. Besides, in the case of existing parametric uncertainties in the system, it shows even more complex behavior. The hyperchaotic behavior of the model was proved, and the response of the system has been shown. For more information, check out our YouTube channel or contact us at Hawk Ridge Systems today.In this paper, a nonlinear 5-D hyperchaotic Rikitake dynamic system has been taken into consideration. In this blog, I went over setting up a time-based Motion Analysis. Motor Torque plotĪlso, these results can be exported to a simulation study, like a static analysis. To make this number more realistic, I can add friction and resisting forces, thus driving up the torque value. This shows that the torque is pretty low, showing that I’m not overloading the motor. I’ll define the second plot and select the motor. Velocity plotĪ second plot that might be useful is the amount of torque put out by the motor. I can make a decision about the size of the motor based on that. The results plot shows that the velocity reaches 3 inches per second at its fastest. Since I’m interested in the face of the piston, I’ll select that and plot that result against time. I can define the plot using different parameters, and I’ll define a Linear Velocity plot in the Z direction. Now it’s time to get the data I want out of this study. To run the study, click Calculate and the study runs. The brown bar corresponds to the length of time that the actuator is applied, and can be adjusted. You can also put in other actuators if you’d like, or gravity, but I’ll keep mine simple.
I can lengthen or shorten it by dragging the black diamond or key.
SOLIDWORKS FLOW SIMULATION MOTION SOFTWARE
Notice the software puts a default length of time of 5 seconds for the overall study time. It’s easy to go back and edit the speed later. I’ll use Constant Speed and 100 RPM is a good start. Pick the one that matches the actual motor. There are different ways we can define the motion, such as constant speed, distance, or oscillating. You can see the red arrow which way the assembly will rotate, and I can reverse that if I’d like. Rotary will match my motor, and I’ll pick a face to apply it to and the same face will also define the direction. I’ll use a motor, which can be defined in complex ways. There are motors, springs, dampers, gravity, etc. Looking at this toolbar on the top, these are the different ways to make the assembly move. You can see all of my parts and mates are available in my study. To start my analysis, I’m going to switch to Motion Analysis by selecting it in the pulldown that says Animation. Make sure SOLIDWORKS Motion is turned on in your Add-ins. You can use that, but I’ll create a new one by right clicking and selecting Create New Motion Study. Crankshaft assemblyĪt the bottom of the graphics area is a default Motion Study 1 that is in every part and assembly. I’ll guess at the RPM value to see what velocity I get at the ends of the pistons. I need to know the RPM on my motor to make sure the pistons have the correct velocity while the crankshaft is spinning. I can rotate the crankshaft to test the motion by moving it. I have all of the parts I need and I’ve put in mates. Let’s take a look at this drive assembly that I’m using in my RC car. Third, the motion will take the mates in your assembly into account, so make sure those are set up correctly. Second, in order for the results to be accurate, you must have density assigned to all the components in the analysis. First, all of the bodies need to be rigid. We have a video on our YouTube channel about setting this type of study up here.īefore we get started, there are some important assumptions that you need to make. If you don’t know the timing of events in your study, then you need event-based motion. Motion can simulate moving or dynamic systems and will give outputs to size your design.
SOLIDWORKS FLOW SIMULATION MOTION PROFESSIONAL
Motion analysis is a powerful tool that’s available if you have SOLIDWORKS Premium or Simulation Standard, Professional and Premium.
Thanks for stopping by! The goal of this article is to give you an overview of time-based motion analysis.
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