Chloe Allison
コメント
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正式なコメント
Hi John. This is tricky to debug without the code. Could you please share your files and any dependent files via your preferred file sharing service and I can take a look for you. Best Regards, C...
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正式なコメント
Hi Chris, Could you please share your files via your preferred file sharing service and we can take a look for you. Best Regards, Chloe
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Hi Piotr, Please send your files to . Best Regards, Chloe
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Hi H.J, If you look at the dimensions of the model in the *.flxprt file, they seem to be different to the ones in your diagram. Transducer length = 20.9 mm, Transducer height = 45.94 mm (I changed ...
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Hi Jessica, This code is correct, the plot should just flash up and close. If you want to view the plot, add a term after the plot. This will terminate the code (and allow you to view the plot) unt...
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Hi SD, Thanks for sending over your model. I have managed to get it running on my 16 GB machine at 15 epw so could you please try running a 15 epw model on the cloud with 16 GB and see if that wo...
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Hi, The maximum pressure is at 64.7 mm getting the data out of the solver but if you take into account the thickness of the transducer at the beginning then the focal point is less than 63 mm as ...
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正式なコメント
Hi SD, If possible, can you share your files with me via your preferred file sharing service? 5 elements per wavelength is not a lot so there could be something strange happening. Best Regards,...
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正式なコメント
Hi there, I had a look at your model and it seems like the focal point is where it should be according to your diagram. Best Regards, Chloe
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Hi there, I have had a look at your model and noticed that your element size is set to 0.075 mm. We recommend having at least 15 elements per the shortest wavelength to resolve the frequency of int...