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Your welcome 🙂 Happy learning

@@Kreatorzone What's your facebook?

@@risav4u yes motor with copper winding.

@@Kreatorzone thank you brother.

@@GaneshRaj-l2k thanks for the suggestion. I am planning to make new video in the coming months. Previously made Creo 7 drafting videos are in the link below: th-cam.com/play/PLPPmkEtLZV4BES6bCGuRyJwVEBPziSPt8.html&si=h_S2t5tqBgae2olJ Hope this helps. All the best👍

@@Kreatorzone Thank you bro 👍

@@aghelpmech thankyou 🙂

True, some functions take time but when it comes to parametric modelling Creo is the best I feel. Happy learning 😀

Thank you

You can try the link below: learningconnector.ptc.com/search/tutorials Sometimes PTC updates their websites. You can recreate most of the models by following the below steps 👍 th-cam.com/video/a4J43UHCxy0/w-d-xo.htmlsi=d73C4Xt1-rzYg-ZJ

Thank you for the feedback 🙂

True @wilfredswinkels 🙂, Palette is quick and easy way to make hexagon sketch, however you don't get the flexibility if you only know parameters like parallel distance.

Shore D 70 (almost as hard as safety hat) is very hard and would not offer enough flexibility to extract this model without breaking it in reaction injection molding. Horizontal injection molding with proper tooling injection unit would do the job. I have added the link for reference. th-cam.com/video/ZYE--5sMPU4/w-d-xo.htmlsi=yCTS5eQQn_wwv_L4

Hope I answered the question 😊

Sure @ranjitguru1👍

Hey @CraigHollabaugh, the questions and answers are borrowed from a candidate who actually landed the job, so yes😜

@@Kreatorzone excellent!

Hey @MilesBarker-tv8xd, this is a hydraulic press. One of the makers of such machines is Hsin Lien Sheng Leading Hydraulic Press Manufacturer

You can apply the known boundary conditions to your model and run the simulation to get the pressure drop. Please watch all my videos on autodesk cfd to get a complete basic understanding of the same.

This is a new valve design, with boundary conditions unknown. @@Kreatorzone

The most common boundary that comes upon in confined fluid flow problems is the wall of the conduit. The appropriate requirement is called the no-slip boundary condition, wherein the normal component of velocity is fixed at zero, and the tangential component is set equal to the velocity of the wall. Since you do not know the boundary conditions, assume the fluid flow rate 'Q', apply at the inlet and outlet of the valve. Assuming you know the density of the fluid you are simulating for.

Ok, actaully i know the pressure drop by design has to be .17 psig, and the exit flow rate has to be 3 lbs/ min. The flow has to go through a 1.25" diameter check valve. I have 1ft long extension on both side of the check valve with ports on both side, 3inches spaced away from the check valve. Any advice on inlet boundary conditions i should assume. @@Kreatorzone

You can import the model of the check valve. For the extension you can use CAD tool like creo. Apply 0.17 psig pressure at inlet side and outlet apply flow rate as shown in my video. Ensure units are correct as it will give you wrong results. Run the simulation and u will be able to visualise the results. Look for the pressure drop at inlet and outlet.

Plywood is 7 ply strong.

If want to use the term - biodegradable = Advertise hull durability as 100 years of parking-berthing-mooring = Use plastic for 100 years decay = Manufacture exact 100 years supplier warranty with 100 years degradation = Say - lalalala, not my problem. Supplier's wording guarantee

Market niche for grenade proof dustbins are not-available. Ballistics is high-tech silly-boys coward game. Do not compete in this area. Silly-boys provocateur and saboteur until self-defeat retarded-cowards is-are aplenty.

Sure, Will try to make in future @wasilkhan1687.

@@Kreatorzone ok thnks👍👍👍

I have made the video in Hindi. Check it out and let me know in comments.👍

The exercises are the same. I have followed mostly the same steps. But in some places used different commands. U will be able to get the models from the website

It's mostly same. Used shortcuts wherever I felt the steps in the website are cumbersome. Results are the same.

thank you for your help. i have one question more. why don´t you change before you solve the exercises to a compresive fluid? the air is compresive thank you @@Kreatorzone

Yes air is compressive. Air or a user defined fluid can be selected as shown in my other videos. I am not sure if I answered your question. Thanks and all the best ☺️

Thank you for your help 😄@@Kreatorzone

I am not sure. But I am guessing you might have missed a extrude feature while modelling the crankshaft. Try to follow the steps as per the video, it might resolve the issue.

Thank you Scott! Will try to find one

CNC is of Indian manufacturer Jyoti and Robotic Arm is Halter CNC automation.

Yeah they surely don't look like gangster