Відео

@@austineadah2843 thanks a lot! I need to have a look if such a things can be done easily!

@@b.bhaskar5586 hey Sure, please give me some details. I am running little busy with other commitments but I can try to help you later.

@dhyandpatel132 i already shared you some pics of mesh required on my project in your gmail account

Sure, what exactly are you looking for with ANSYS?

Welcome!

At test center is preferable in this case.

No, HDD and CDD is number of hours or days for heating and cooling respectively. Ti is indoor temperature.

Welcome!

Hey, I have already replied to your previous comment. Please mail me some details and we can connect on zoom to sort out the issue.

Sir I have mailed you all details kindly check.

Hey, I have already replied to your previous comment. Please mail me some details and we can connect on zoom to sort out the issue.

Sir I have mailed you my geometry file kindly provide suitable time to create structured mesh. It would be a great support sir . 🙏🙏🙏🙏🙏

Hey, Sure, I can try to help you in generating better mesh. It would be great if you can share some screen shots of your model and the current mesh you have generated. You can directly mail me on dhyan3patel@gmail.com

Sir I have mailed you my geometry and meshing file kindly check

Thanks!

Sure bro!

Hey, Thanks for reaching out. Without much details about the geometry, it is difficult to give any clear suggestion. However, in general I would try to increase nodes/elements in areas where there is more stress, bending, etc. I can use a sphere of required radius and assign a smaller element size in that sphere. And use that sphere in all such locations where I expect more stress. I hope that is useful. Else I would suggest to send me some clear screen shots of your geometry and current mesh on my email.

@@dhyandpatel132 Hi sir , Thank you so much for your detailed answer Please can you share your email address?

Hey, What kind of parameters do you have available for calculating balance temperature? And where do you plan to apply it?

@@dhyandpatel132 2m temperature 2m dew point temperature Solar radiation Wind speed and any variable from ERA5 EGYPT

Hey I have a separate video dedicated to concept, calculation and use of Balance Temperature. ua-cam.com/video/TfJgKZmKn30/v-deo.html

You need to go to ETS website, and setup your account, register yourself for the test, make the payment. Then you have the choice to select exam date and location. There would be a video related to that regarding GRE.

I hope you have created the geometry using a script as shown in this video. For the circle, when you select to make circle using the button on top menu, there would be options to define circle using different parameters such as 3 points on circle, center and diameter, center and a point on circle, etc. These are different ways to define circle and when you select center and diameter as two parameters, then you can get these two parameters. I hope you got the answer.

Not actually! Great that you noticed! Actually the captured video is flipped with y-axis so I filled again and so it looks writing backward.

Welcome!

Thanks!

Great question! I haven't touched this things in a while now. From my distant memory, I think there were ways to convert one type of probabilistic distribution to normal distribution and then standard normal distribution. In that way, the given formula will be useful. Otherwise, you can always use the theoretical definition of probability below and above the control limits in any distribution and take their sum to get beta. Hope you got some idea. Let me know if not.

@@dhyandpatel132 thank you. I believe c and u use Poisson distributions and Beta can be found by using a cumulative poisson formula. Still need some more details on that front, but I appreciate it!

If you can find more info on this, I would be highly appreciative. Thank you!

@@lucastyler5549 Sure!

I use to primarily look at element quality. If my element type and size (at corners and thin layers specifically) is correctly defined at the first step, then only element quality is enough.

@@dhyandpatel132 Thank you so much what is the "criterion for correct element size and type

@@okhwatnoornoor8893 Usually I looked at thin parts in my model. In general, I would try to keep 3 elements across the thin section. And if there are multiple bodies in a model, I would use larger size elements in other area.

I believe looking at other videos in this playlist on Meshing will give you some idea. And you can also check one of my interaction videos (3 total) where we did live recording while meshing a body.