Mech_Engineer said:Do the hand calculation anyway? Or do a hand calculation of a smaller simplified version of it?
There are several steps you can take to check the accuracy of a multibody model. First, you can compare your model to real-world data or experimental results to see if it accurately represents the system. You can also perform simulations with different inputs or boundary conditions to ensure that the model responds as expected. Additionally, you can review the equations and assumptions used in the model to check for any errors or simplifications.
Some common errors in multibody models include incorrect boundary conditions, missing or incorrect constraints, and incorrect material properties or physical parameters. It is also possible to have errors in the equations or numerical methods used to solve the model. It is important to thoroughly review all aspects of the model to identify and correct any errors.
Yes, there are several software programs available that can be used to validate a multibody model. These programs use simulation and analysis tools to compare the model's behavior to expected results and can help identify any errors or discrepancies. However, it is still important to review the model manually and compare it to real-world data for a more comprehensive validation.
To ensure the accuracy of a multibody model, it is important to validate it using a combination of methods. This includes comparing it to real-world data, performing simulations with different inputs, and reviewing the equations and assumptions used in the model. It is also helpful to have multiple people review the model to catch any potential errors or oversights.
Yes, there are several guidelines and standards for creating multibody models, depending on the specific application or industry. For example, the Society of Automotive Engineers (SAE) has published standards for multibody dynamics simulations in the automotive industry. Additionally, many software programs have their own guidelines and best practices for creating accurate multibody models. It is important to research and follow these guidelines to ensure the accuracy and reliability of your model.