Best Solidwork tutor on TH-cam. Generously taught quick, efficient and real life useful objects. Almost feels like we are in a design firm overlooking engineers doing their job!
Cad Cam tutorial! i don´t know your name, where you live, what´s your favorite food. but what i know is that we all owe you the world! you´re the best!
I am totally taken by your knowledge using solidworks, and you make an excellent teacher. you are very easy to follow. Thank you for you time and your abilities.
I ended up having to mirror the pipes one by one, probably something funky on my end. But I got it to work. Nice tutorial, the 3d sketch feature is pretty nifty.
I stumbled across the same problem but mirroring the pipes one by one didn't work either. I solved it by making sure that the two sweeps I was mirroring both consisted of one 3d sketch (the path) and one normal sketch (the 70mm diameter circle). Then mirroring worked just fine.
Thanks a lot! While I have a decent amount of experience with 'playing' on SolidWorks, it's great to see other people's methods of designing. I didn't realize a 3D Sketch can also be used to design a Sweep. I can imagine now, that designing things like bike frames will be very simple!
The reason you have such difficulties applying the blends and that the section view doesn't work, is that the ENTIRE model is shelled 1mm. Including the flanges, these are hollow. See the section at 18:45. The model is in a "corrupt state".
Only one criticism of this method is in the way you shelled the model. By doing it this way, the flanges are also 1mm wall thickness. This can be seen when you section it. Using the shell command on the pipes does make them "auto chamfer" which is nice.
I noticed that at 18:46, the section view shows that the flanges are also affected by shell command, is that what you want? Because in my opinion, we only want to shell the pipe, but still keep the flanges
Firstly you need to fill inside each of the tubes you can do that like drawing circles higher than monifold's exhaust on exhaust's place and then select swept boss/base in order to create a solid tube after do that you need to shell command and select the end and starting circle of tubes that you want to shell by setting the thickness of tube
You don”t have select the Line command all the time after you have pressed ESC , press enter to go back to the last command And you can select more than one sketch entity when you want to change linetype. Learn the shortcuts
When you execute the "shell" command it does so on the volume that should remain solid, that is, on the flange. The flange must be solid. I think the ideal step by step is: 1 - Model the ducts. 2 - Apply the "shell" command to the ducts. 3 - Draw the flanges perpendicular to the termination faces of each duct.
nice tutorial, very intresting and very usefull. there are so many chance to have a great job if we can master solidworks and the knowledge of engineering
On sweep command using circular profile would save you a bit of time if you are using a constant circular profile (skipping the process of making a circular sketch at the beginning of using sweep)
Tight bends... uneven length headers... If it's made of recycled tin cans beaten until the thickness can be measured in nanometers, this could be an OEM exhaust manifold.
The filets represent welding joint, then its represent metal added by welding. Ib this particular case pipes dont have a fixed wall thickness! The metal added works like reinforcements in joints. In real exaust pipes thers no advantage joining all pipes in same section (check it in real pipes), they are joined in pairs, never all toguether in same section! Good work! thx for video by the way! ^^
@@welrod1944 but this two pipe thing is for ease of manufacture or for flow reasons? for instance would it be acceptable to join 4 like this if you were going to build it from a 3d metal printer?
Good work sir, you always try to help many students. Sir, I also want to help them I have good skill on CATIA and Solidworks that is why I started my first channel called MT Engineering.
I got error in mirror step. "Rebuild error! A profile and path must be provided to define the sweep.The profile may have more than one contour profile. To make a solid sweep, all the contour must be closed and non-intersecting. The same is true for surface sweeps except that the profiles do not have to be closed."
Hi! Here we are again! Nice lecture! So, round the 18th minute, I could't not do "shell" comand, appears message "Rebuild errors: shell operation failed to complete. One of the faces may offset..., etc.". I don't know what could be. Thanks!
hello, for mechanical engineering graduation project how can be transient analysis on heavy duty vehicle (6-pipe) exhaust manifold? I would be very happy if you provide feedback, I cannot find an article on the subject
That was nicely done, I did exactly the same but after alot of struggle before finding this video. Now I must make a sand casting mold for the manifold, can you make a video for that ? Thank you.
Does an GeForce RTX 2080 or above versions of nvidia GeForce graphics card support real time preview ? As you said that gtx and GeForce cards don't support.. please let me know. Thanks in advance.
@@TheAnarchySniper i'd make it 4-2-1 and make pipes same length. In this case it is 4-1 header but it has way too short pipes, exhaust cycle would mess up everything since everything is almost at same open space. Also there is some pointless smoothing done that makes it unrealistic.
@@Suomalaine theres also a factor of clearance. If this was drawn for an actual vehicle, or even a go-kart, the design gets constrained by the space it will fit in. But yea, 4-2-1 is generally optimal
![Как устроены швейные машинки? [Veritasium]](/img/n.gif)
Best Solidwork tutor on TH-cam. Generously taught quick, efficient and real life useful objects. Almost feels like we are in a design firm overlooking engineers doing their job!
Cad Cam tutorial! i don´t know your name, where you live, what´s your favorite food. but what i know is that we all owe you the world! you´re the best!
I am totally taken by your knowledge using solidworks, and you make an excellent teacher. you are very easy to follow. Thank you for you time and your abilities.
I ended up having to mirror the pipes one by one, probably something funky on my end. But I got it to work. Nice tutorial, the 3d sketch feature is pretty nifty.
same problem here. thanks for the fix.
I stumbled across the same problem but mirroring the pipes one by one didn't work either. I solved it by making sure that the two sweeps I was mirroring both consisted of one 3d sketch (the path) and one normal sketch (the 70mm diameter circle). Then mirroring worked just fine.
@@eurotechautomacao5839 This worked for me thank you.
I love your accent. It keeps me interested.
when passion becomes profession........... it's called Mehatab sir!!
Thanks a lot! While I have a decent amount of experience with 'playing' on SolidWorks, it's great to see other people's methods of designing. I didn't realize a 3D Sketch can also be used to design a Sweep. I can imagine now, that designing things like bike frames will be very simple!
Designing is very simple, but the manufacturing becomes much more complex if it's not considered!
I’m just new to solidworks. I learned a few cool things in this video. 3D sketch and shell.
Thank you!
Really appreciate tNice tutorials. Thankyou brother
The reason you have such difficulties applying the blends and that the section view doesn't work, is that the ENTIRE model is shelled 1mm. Including the flanges, these are hollow. See the section at 18:45. The model is in a "corrupt state".
True, I saw it too.
Man, I’m so happy that you share your knowledge with us. Thank you sir
Only one criticism of this method is in the way you shelled the model. By doing it this way, the flanges are also 1mm wall thickness. This can be seen when you section it. Using the shell command on the pipes does make them "auto chamfer" which is nice.
Verry nice tutorial
Im coming from Mastercam to Solidworks and I must say Solidworks is an impressive program you can do alot more alot easier. Great video!
Best tutorial, I follow you from France and your explanations are clear. Thanks you
Super cool videos gotta try and have a go at it some day. Btw that fan in the background sounds like it needs a replacement :P
There is a way to activate the realview option with gtx cards. Did that with my 1070 and it worked.
Just do some research on the internet
Yup by editing registry files
3D sketch is better in this type of situtation than Projected Curve.
Thanks! wonderful SOLIDWORKS instructing videos! 😎
Hey when i watch you videos i feel like a noob :D it would take half of my day to make this
THANK YOU
Great tutorial. It's not as crystal clear as I had expected, but I've learned something necessary!
I noticed that at 18:46, the section view shows that the flanges are also affected by shell command, is that what you want? Because in my opinion, we only want to shell the pipe, but still keep the flanges
You can use split solides to separate the pipe from other parts and then only shell the pipe
I feel so exhausted after watching this...
The best tutorial for this topic. Thank very much!
Firstly you need to fill inside each of the tubes you can do that like drawing circles higher than monifold's exhaust on exhaust's place and then select swept boss/base in order to create a solid tube after do that you need to shell command and select the end and starting circle of tubes that you want to shell by setting the thickness of tube
it starts like 13:50
As an example of the SolidWorks toolkit, it would be great to showcase the creation of a cast exhaust manifold with a parting line and draft angles.
You are amazing teacher sir great job
You've got to utilize the escape and delete buttons on your keyboard. It will make your life so much easier.
You don”t have select the Line command all the time after you have pressed ESC , press enter to go back to the last command
And you can select more than one sketch entity when you want to change linetype.
Learn the shortcuts
Super job, many thanks for this nice lesson, I agree the background noise makes it nice and industrial.
When you execute the "shell" command it does so on the volume that should remain solid, that is, on the flange. The flange must be solid.
I think the ideal step by step is:
1 - Model the ducts.
2 - Apply the "shell" command to the ducts.
3 - Draw the flanges perpendicular to the termination faces of each duct.
Done successfully. Thank you.
I live in Brazil
On the mirror part, if you get an error, go to your sweeps and uncheck "merge results" then try the mirror again. Should work!!!
This helped! TY
Can you tell me how to do that? Cause I'm lost really, I couldn't find how to uncheck merge results for the sweeps that I already done.
oh my god thanks so much 😭😭 got stressed out bc i cant mirror it lol
Really it's good. To see wit proper information
The thing with the mirror was just magic... 😀 It was like dreaming... Amazing
Thanks for not explaining every little thing and letting us think a bit.
thanks for your valuable tutorials
You are a Solidworks GOD
thank you for the informative solirworks tutorial, I look forward to more. cheers
Thank you very much, it makes me understand the 3d concept a lot better.
Can you give me your Exhaust manifold in mail ?
thanks dude, i have descover many other fonctions in this tuto
Thanks! Very well paced and to the point! Great tutorial
nice tutorial, very intresting and very usefull. there are so many chance to have a great job if we can master solidworks and the knowledge of engineering
You are the best 👏
The shell command should only be used for pipes after that you have to combine with flanges
nice tutorial, very intresting and very usefull. there are so many chance to have a great job if we can master solidworks
it is very good for me to learn things
On sweep command using circular profile would save you a bit of time if you are using a constant circular profile (skipping the process of making a circular sketch at the beginning of using sweep)
I try this bro, it's super bro thanks for doing this, and also please upload engine assembly bro
Is your pc running on diesel?
Tight bends... uneven length headers... If it's made of recycled tin cans beaten until the thickness can be measured in nanometers, this could be an OEM exhaust manifold.
You don't want to know what we are using to do OEM exhaust manifolds XD
Sir! Really you videos are very helpful to me.. I'm following every video of you.
Great tutorial.
Nice tutorial, thanks, I might suggest shell after fillets so pipes have constant wall thickness
i agree it would be better if we select the shell command after fillet, Thanks.
yes possible to upgrade it upto 32 GB according to Processor,
The filets represent welding joint, then its represent metal added by welding. Ib this particular case pipes dont have a fixed wall thickness!
The metal added works like reinforcements in joints.
In real exaust pipes thers no advantage joining all pipes in same section (check it in real pipes), they are joined in pairs, never all toguether in same section!
Good work! thx for video by the way! ^^
more thickness at the join gives more strength and more heat resistance
@@welrod1944 but this two pipe thing is for ease of manufacture or for flow reasons? for instance would it be acceptable to join 4 like this if you were going to build it from a 3d metal printer?
Good work sir, you always try to help many students. Sir, I also want to help them I have good skill on CATIA and Solidworks that is why I started my first channel called MT Engineering.
Inventor tutorial would be sweet.
Ether way great job
Maybe avoid hollowing the flanges by splitting them off from the tubing before hollowing them and then rejoining them to the tubing?
I got error in mirror step. "Rebuild error! A profile and path must be provided to define the sweep.The profile may have more than one contour profile. To make a solid sweep, all the contour must be closed and non-intersecting. The same is true for surface sweeps except that the profiles do not have to be closed."
Спасибо, урок хороший, удалось повторить, все очень понятно, и узнал много нового
Thank you so much!!! Videos likes yours are really hard to find in portuguese on youtube...
Köszönöm szépen! Ez nagyon hasznos volt!!!!! :-)
Informative video. Please include the drawings and measurements too. ❤️
Good tutorial, and very well explained.
Nice job!Thank you!
Very helpful video! Thank you!
Hi! Here we are again! Nice lecture! So, round the 18th minute, I could't not do "shell" comand, appears message "Rebuild errors: shell operation failed to complete. One of the faces may offset..., etc.". I don't know what could be. Thanks!
I'm having the same issue
you can also use thin feature to get the pipes hollow so you don't have to go back
million thanks my friend... so happy I did this
you have done beautifully.
Hi and thank you for that lesson. i stuk at 12:30. What key you press to change direction? cant found this..
got it. thanks
@@i.parafin what is it please ?
good tutorial thanks lot your support
hello, for mechanical engineering graduation project how can be transient analysis on heavy duty vehicle (6-pipe) exhaust manifold? I would be very happy if you provide feedback, I cannot find an article on the subject
Is it possible to create an oblect then make it solid. In other words when using motion one will not pass through the other.
Is that exhaust manifold for your fan that's powered by a deiseal engine?
Thanks for the tutorial!
liked it, i prepare to design it on my channel
awesome video mate thankyou heaps. how do you enable the real view preview?
It's clumsy, there are a lot of rework, and there are a lot of commands to use,
Equal, data becomes heavy
Well, then I'll make it data without futures
Thx for this tutorial . Fantastic way to learn !!
Excellennt works..
Thanks mate for your video it was very helpful
This is Tutoria. I like ! - Thanks all
That was nicely done, I did exactly the same but after alot of struggle before finding this video. Now I must make a sand casting mold for the manifold, can you make a video for that ? Thank you.
Does an GeForce RTX 2080 or above versions of nvidia GeForce graphics card support real time preview ? As you said that gtx and GeForce cards don't support.. please let me know. Thanks in advance.
You Have to register GeForce card in System, Search on TH-cam how to register graphics card in solidworks.
Thank you very much
Thank you! Great tutorial!
Incredible work
Thank you for this Sir
Which processor , graphics card , mother board should i use for solid work
What’s tap E at 12:30? I can’t seem to get the line on the right axis. Can anyone help me?
He said "TAB" key
Hi, I have a question. What key did you press to change the orientation of coordinates at 12:34
best tutorial, thanks for this.
I sincerely thank you very much.
Me gusta, buen trabajo sigo todos sus vídeos, gracias
Thanks,
Thank you
İts nice tuttorial...
I am following you
Good morning, if I buy the membership, do you also get access to the plans with which you do the tutorial?
good job my friend
thank you it is very helpful .
Thank you for the tutorial !
it's funny to see when people design stuff that they dont even know how they work properly. but it's a good prop for a game etc.
I agree with you but just out of interest, what would you do differently?
@@TheAnarchySniper i'd make it 4-2-1 and make pipes same length. In this case it is 4-1 header but it has way too short pipes, exhaust cycle would mess up everything since everything is almost at same open space. Also there is some pointless smoothing done that makes it unrealistic.
@@Suomalaine yeah that makes sense, thanks for that.
@@Suomalaine theres also a factor of clearance. If this was drawn for an actual vehicle, or even a go-kart, the design gets constrained by the space it will fit in. But yea, 4-2-1 is generally optimal
The shell feature made everything hollow. How to make hollow only the pipes?