The Siemens Community Catalyst program was co-created with our community to acknowledge technology leaders who consistently contribute to the Siemens Community. Nominations are accepted on a rolling basis.
In Tire Test Rig Longitudinal slip test, are you allowed to add more vertical load cases (shown in the picture attached)
Hi Steven,
Yes, You can add more vertical load cases in tire test rig. To do that, you have to update the Test Rig Settings dataset . Once you update the dataset, it will appear in vertical load form.
Thanks for your quick solution.
I have another question: When run the longitudinal or lateral slip tests, the curves have hysteresis (see picture attached).
Is there a setting to turn the hysteresis off?
Is there a way to combined the looped curve into a single curve. I am thinking, if you average each looped curve, it will combine the upper and lower section into one which is average of upper and lower sections. But how to achieve it with commands?
Thanks,
Thanks for your quick solution. I have another question: When run the longitudinal or lateral slip tests, the curves have hysteresis (see picture attached). Is there a setting to turn the hysteresis off? Is there a way to combined the looped curve into a single curve. I am thinking, if you average each looped curve, it will combine the upper and lower section into one which is average of upper and lower sections. But how to achieve it with commands? Thanks,
Tire shows hysteresis when cyclic load is applied as it is a hyper-elastic material. You need to change the parameters in tire property file to remove hysteresis.
You need to go through Hypergraph tutorials to average out the curve otherwise you can export the curves in csv file and average out in Excel sheet.
Regards,
Sonu
Join us for a community conversation on accelerating power electronics design, where you'll learn how to leverage the fast simulation capabilities of Simcenter PSIM alongside the powerful design exploration and optimization features of Simcenter HEEDS. In this webinar, we’ll show how engineers can move beyond manual…
Join us for a community conversation on Pulse Width Modulation (PWM), a fundamental technique in electric motor control, and explore how different PWM strategies can yield significantly different results. This webinar provides a comparative analysis of various PWM methods and their effects on motor efficiency, torque…
Join us for a community conversation to discover the Advanced Iterative Solver(AIS) in Simcenter Feko and its application to electrically large and computationally demanding electromagnetic models. The session will provide a general overview of how iterative solution methods can help improve efficiency of large scale…