Tutorial Inventor - 139 CENTRIFUGAL PUMP BODY (Part-099)

[@pradeepragupathiraj6101]

YOUR EXPLANATION WAS CRYSTAL CLEAR SIR

[@prof-stancescu]

If you want to make me happy go and study all my tutorials! Good luck!

[@pedrobarrionuevo1685]

Great job professor Constantin, very helpful tutorial. regards from Peru.

[@prof-stancescu]

You're very welcome! Good luck with Inventor in your Peru!

[@edengarcia1929]

Thanks for this great Tutorial

[@prof-stancescu]

You are welcome!

[@onyiojay6724]

Good work ❤

[@prof-stancescu]

Thank you! 😊

[@henryczenczek3359]

That was a fabulous tutorial. Really enjoyed the challenge of it. I believe I understand your curse words from my Polish upbringing, even though I'm half way around the world in the Canadian West. :) It was a common curse on my father's football (soccer) team.

[@prof-stancescu]

Wonderful! You decided to apply my all and each tutorial - Thank you!

[@carlandrewgarcia6874]

Great video Sir! Thanks 👍

[@prof-stancescu]

Glad you liked it!

[@atit820]

Professor, could possible to make the impeller??. Thank you a lot for your channel

[@prof-stancescu]

Watch tutorial 374

[@tonyjones629]

Professor where can I get the file for this tutorial? Thank you

[@prof-stancescu]

In the last line of the description

[@thaibinhnguyen2001]

Excellent tutorial Sir! Regards

[@prof-stancescu]

Glad you liked it!

[@mohamadkhatib8624]

how did you get 148mm distance i didnt get right answer

[@prof-stancescu]

You have to take a look at the table from the minute 20:14. That dimension is an extrapolation of the existing dimensions by considering the Archimedes spiral.

[@mohamadkhatib8624]

@@prof-stancescu thanks for your kind feedback sir noted .

[@_gaming_sv]

Where from you section dimension take 134

[@prof-stancescu]

What minute?

[@MrRatniProfiter]

hello. How do we know that pitch is 28mm? I dont understand from the drawing.....

[@prof-stancescu]

At the minute 7:12, there is a table with explanations about the pitch, and in the drawing is written explicitly „Spiral profile (Pitch 28)”. This was all the data in the source drawing and I deduced the conception of this Archimede spiral. I am proud to share this deduction with you all, my friends.

[@MrRatniProfiter]

@@prof-stancescu I followed some of Your solutions and I finished my part right now. I was modeling in SolidWorks. Loft in SW is not so perfect as it is in Inventor. Really nice video. Thank You professor.

[@prof-stancescu]

KZbinKorisnik thank you! These words make me to continue....

[@MrRatniProfiter]

@@prof-stancescu Your videos are exelent. Everyone who wants to pass from simple toutorials to advanced should watch your chanel. Greethings from Bosnia. P.S.

[@prof-stancescu]

@@MrRatniProfiter I try to fulfill the demands of everyone. Thank you!

[@eldredemil7466]

what model is this ?

[@prof-stancescu]

This is the model of a centrifugal pump...

[@eldredemil7466]

@@prof-stancescu which company ? i need this brand name and its specification for my final year project..

[@prof-stancescu]

@@eldredemil7466 the Romanian name is “Fabrica de pompe AVERSA din Bucuresti, Romania”

[@mayurdesle6610]

Can I get total centrifugal pump assembly link

[@prof-stancescu]

I do not have that assembly, but only the technical drawing.

[@shakaltaif7940]

Sir this software is auto cad or solid work please name

[@prof-stancescu]

It is Autodesk Inventor, or simply Inventor

[@maryleneduhamel6298]

quel travail

[@prof-stancescu]

You are right Marylene - Quel Travail...