Відео

Very informative presentation on a novel topic, thank you for your lucid explanation

Please can you tell me what is the software used.

A wonderful video on the modelling of additive manufacturing! 👍👍Many thanks, Proferssor.

Could you please provide the full reference for Wei et al. PMS. 2018? I cannot find it. Thank you very much.

clap clap***

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Sir, I truly appreciate the detailed explanations of these concepts. I have read several of your papers and find your work inspiring. I hope to meet you in person one day and receive your blessings. Thank you!

Plz provide the dataset

Excellent book!!! This is a must-have for all people who work in additive manufacturing and advanced manufacturing!👍

Does this model/solution can be done in any FEA software like Ansys or other ? Please let me know .

I just read this paper a few days ago. Great work 👍

i would like to download this video into my hippocampus

Thanks professor for sharing it. Very informative for additive manufacturing community.

Very helpful presentation - Thank you

Very interesting and insightful presentation. Thank you for sharing!

Very insightful presentation. Looking forward to more of these

Can you suggest me a site where I can get dataset for this?

very interesting subject Prof DebRoy, thanks

Which visualization tool did you use to show the temperature data at 13:50?

These animations are really awesome! It helps a lot to understand these processes.

Great idea! Industry 4.0!

Very informative talk and wonderful work !

Very great discussion

Great job dear

Great talk, really liked the worked examples. Thanks!

Great talk

Thank you for the insightful talk, Dr. Mukherjee.

Attractive area with an exciting presentation. It would be great for me to join your group and do research on this area.

excellent

Is it possible to predict the tensile strength from numerical analysis and not from experimental?

It's a really fantastic and meaningful job. Many thanks for this vedio, Prof.

Very interesting presentation, Thank you !

Can u please share any paper of this topic ... Please.

Thank you for sharing

✔ 🅿🆁🅾🅼🅾🆂🅼

I would say that this was a very very crucial and interesting topic for the AM enthusiasts like me. Thank you for sharing.

Subho Bijoya!🙏

Very informative and helpful.

Tara Dada, Tara Dada, korchho tumi ki? Ei dekho na ami kemon hashte shikhe chhi! Tara Dada, Tara Dada, tumi research korte jano? O shob kotha chhere dao na, stew thakle ano!:-)

Thanks!

Thank you for this video

So , by reducing powder size surface roughness can be reduced?

Easy way to learn. I want to be informed about how to make dri from low grade iron ore without pellitizing or sintering. Is that possible?thanks

This is amazing! Love the channel. Is the semi-analytical heat transfer model that you are employing available by any chance? I am using FEA but it can indeed be slow for real geometries. Regards :)

Dear Professor DebRoy, Thank you and your outstanding research group for sharing this valuable video which clearly indicates the importance of physics-informed machine learning. As a researcher, I am very interested in utilizing this trick to fabricate defect-free parts by reducing the needed variables. Sincerely yours, Reza Motallebi

The video can be summarized with "good feature engineering"

Nice!

Tara Da, khubh bhalo laghlo. Bhalo aachho to?

Dear Professor, Thank you for this short but clear video about the importance of reducing the variables for machine learning. It will surely add value to my research work.

fantastic video!, eye-opening indeed, many thanks Prof.