#How to conduct gear analysis comsol 5.3 software#
#How to conduct gear analysis comsol 5.3 code#

#How to conduct gear analysis comsol 5.3 code#

Click 'Stop Recording'.Р”В¬opy your code into any new or existing model file and click РІР‚СљRun Model Method.РІР‚Сњ The physics setup is automatically generated.Р”Р„nd there you have it. The following code is automatically generated. Under Heat Transfer, create a heat flux node and change the type to РІР‚СљConvective heat flux.РІР‚Сњ Enter the parameters into the fields as shown. Step 3) Assign Parameter Values to Physics You can view code created at any time by going to the Application Builder Window. A red box appears around the edge of the model window to indicate code is recording.Р”Р„dd a heat transfer physics node and create the following default parameters the same way you normally would. Change the Method type from 'Application method' to 'Model method'. Under the Task Ribbon, click 'Developer>Record Method'. HereРІР‚в„ўs a simple method we developed to create a heat transfer node with initialized temperature and convection coefficients, all in a few clicks. You do not need to know Java to build or use Model Methods, but a little bit of programming basics can go a long way if you are interested in further developing robust and/or complex Methods. You can view, edit, and record additional code in the Application Builder window. Quick Tip: be sure to change the Method type from РІР‚СљApplication MethodРІР‚Сњ to РІР‚СљModel MethodРІР‚Сњ if you plan to run the code in the Model Builder window.

#How to conduct gear analysis comsol 5.3 software#

When you click the РІР‚СљRecord CodeРІР‚Сњ button, the software records your commands and turns them into JavaScript. Model Methods allow recording and executing strings of commands, similar to a macro which you can then edit or create custom commands to add functionality to your Modeling.Р”В¬reating Model Methods in COMSOL is easy. Now you can reduce the time that this process takes and ensure uniformity of implementation by using the Model Methods available in COMSOL Multiphysics Р’В® version 5.3. Unfortunately, this approach can also mean repeating commands multiple times that can be time consuming and may introduce mistakes. To help save time and make analysis more streamlined it is common for us to set up physics with parameterized inputs.