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Model Pipe With Flange in SolidWorks | SolidWorks Tutorial | SolidWorks Modeling |
Apr 24, 2025
#SolidWorks #solidworksmodeling #solidworkstutorial In this video I have explained How to Model Pipe With Flange in SolidWorks. ▶️ Download This Tutorial Source File From my Ko-Fi Store-: https://ko-fi.com/s/d8a110f255 ▶️ Visit my website for more info-: https://mechnexus.com/ ▶️ The Complete SolidWorks Course : From Zero to Expert!-: https://www.udemy.com/course/solidworks-complete-course-zero-to-expert/?referralCode=B30458218EA1375DDB6E ▶️ Buy Me a Coffee I am very grateful that you watch my videos and I am constantly trying to improve the quality of the videos on this channel. If you'd like to help me do this, please consider supporting me so that I can to continue to produce content for your enjoyment. 👉 Help support this channel by buying me a coffee: https://ko-fi.com/mechnexus 👉 Indian User can Support My Work Using my UPI ID: amar.patel456@ybl & amar.patel456@axl All donations will be used to purchase equipment to improve my productivity and increase the quality of the content that I produce. Your kind support will help to grow this channel. Even if it's just enough to buy me a coffee every little helps and this will be repaid in full through my sharing of knowledge.
View Video Transcript
0:00
Hello friends welcome to Solid box tutorial and in this tutorial we will model this pipe with flange in solid
0:08
works so let's start our tutorial so here I have created a new file and uh
0:15
now I will uh create this pipe profile and after that we will create
0:23
the rest of the features you can also visit my website macn nexus.com and you
0:30
you can visit this solid works tutorials tab where I have written so many
0:36
tutorials on solid works where you can follow the step by step guide to model
0:42
the parts if you like my method of teaching then you can also support me on kofi.com
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you can buy me a cup of coffee your small support will help these channels
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to grow and it will motivate me to create more awesome cont intent on solid
1:01
works so let's come back to our tutorial so first here is my plane so I
1:09
will select this right plane and click on the sketch and now first we will create this
1:19
pipe profile so first we will uh read the dimension so here we can see that uh it
1:28
is a 1561 140 so here is a bending
1:35
radius I will create a sketch and I will
1:41
draw a rough profile and now we will give the
1:47
dimension so I will select this smart Dimension and I will do the
1:54
dimension 15 + 60 + 140 so simply I will
2:00
enter my value 15 + 60 + 120 sorry
2:07
140 and press enter now the
2:13
height height we can see it is a 340 is given and the
2:20
pipe access to the bottom is a 14 125 so I will select this line and
2:28
simply enter the 34 minus
2:33
125 now here radius of R8 so we will select the fillet and give the value
2:43
80 and we will say
2:50
okay now we will come out of the sketch and uh now we will draw our
2:56
profile so if we see see our sketch so we have the front plane we will uh
3:04
select this plane and create a sketch and we will make it normal
3:14
to and now we will uh draw our pipe
3:20
profile so if we see our uh sketch so
3:26
here is a OD is a 64 and ID is 45 so we
3:31
will draw the two circles one will be OD and one will be
3:37
ID now we will select the smart Dimension we will give the OD
3:46
64 and ID
3:52
45 and we will close it we will press c crl
3:58
7 and now we will go to the features tab click on the
4:03
swept so first we will select the profile and then we will select our
4:12
path and we will say okay so this is the profile which we had
4:20
draw now we will make these two
4:26
flanges so first I will select this face and create a sketch and I will make this normal
4:35
two and now here my OD is 120 so we will select the
4:43
circle and uh VI the OD
4:53
120 and we will select this outer Ag and and
5:00
convert it to the entities select this Edge and click on convert entities now we will come out of
5:07
the sketch press contrl 7 now the thickness
5:12
of this flange is a 15 mm so we will select the sketch click on extrude boss and flip the
5:20
directions and VI here distance 15 mm and say
5:28
okay now same way we will make at a top site we will select this top face and
5:35
create a sketch and we will make this pH normal
5:41
two now select the circle and
5:47
uh draw a circle of uh
5:56
120 120 and uh we will select this outer
6:01
Ed and convert it to the entities now I will press control 7
6:09
select the sketch Click On extrude and Here Also the flance thickness is 15 mm we will click on this
6:17
arrow and reverse the directions and our distance is a 15 mm and say
6:24
okay and now holes we will make later now let
6:29
let's make this uh base feature so first we will draw this base
6:36
plate so if you see we have the top plane which is passing through our hole
6:42
and here is a dimension of 125 so we will go to the reference
6:48
geometry select the plane and we will uh create a plane at a
6:54
distance of 125
6:59
and click on okay now we will uh select this uh plane
7:06
and uh click on the sketch now switch to the top view and
7:15
now we will read the dimensions so if you see that uh this
7:22
radius is r45 on the both the side and Center to Center distance is a 114
7:29
so what we will do we will uh create two circles on the both the
7:38
side and we will off our this uh DM
7:43
plane and we will make these two equal
7:49
first and add the vertical relation as
7:54
well in this case horizontal relation and uh
8:00
we will uh create a construction
8:07
line make it coincidence we will select this line and
8:13
uh make it for the construction and Center to Center distance is a 114 so we will select this
8:20
line and give it 114
8:27
and we will give one more Dimension and here we add the
8:33
radiation we will press equal symbol type select this one4 Dimension and
8:40
divide by two click on okay now this is the r45 means diameter
8:49
will be 90 so we will give the 90
8:56
mm and uh now we we will read its
9:02
position so if you see here it is a 16 +
9:07
15 which is a 75 and uh this rib thickness is a 24
9:15
means 12 so we will give the
9:20
dimension 15 + 60 +
9:27
12 and now
9:33
we will make these two Circle as a construction
9:41
Circle and now we will
9:51
uh again create the circle we will draw the two circles
10:04
and this two Circle will have the horizontal relation with origin
10:10
so in this case vertical similarly this
10:17
one and now this is the also
10:23
r45 so we will select the smart dimension
10:30
make it
10:37
90 and make this and this
10:48
equal and now we will uh draw a
10:57
line two line on two
11:04
side and move this circle to the
11:10
inside and add the tangent
11:15
relation similarly this one and this one say
11:20
tangent and now angle is 40° so I will give the angle
11:34
40 and and this one will be the 20 so some
11:42
Dimension is conflicting
12:11
now we will make this uh base feature for
12:22
this now we will make this base feature and uh this feature is at a distance of
12:29
125 from the axis so we have the top plane and we will select
12:37
the plane option and flip the distance
12:42
at a 125 and say okay now we will uh draw this base plate
12:48
on our created plane so we will select our plane and click on create
12:55
sketch and we will hide our plane and from here we will go to the top
13:01
view and now we will select uh 3o
13:08
Arc and draw the four
13:17
Arc approximately and here as
13:26
well we can switch to the The wireframe View and
13:33
now this all four R are the
13:39
equal and uh this and this have the vertical relations we will select this and
13:47
this select this and this and apply the horizontal
13:54
relation and now also
13:59
this all four are the equal so we will select all four
14:06
radius and make it equal now we will select the smart Dimension and give the
14:13
radius of
14:19
45 and now we will connect all our radius with
14:27
a line
14:50
select the line and join it
15:20
now we will uh create this base feature which is a base
15:26
plate with the help of a data plan as we can see that it is a 125 mm from the
15:33
axis so here we have the top plane so we will select the plane and offset at a
15:40
distance of a 125 and from here we will click on flip
15:45
offset and click on okay and now we will select our created
15:51
plane and click on the sketch now we will switch to the top
15:57
view we will hide our created plane and from
16:03
here we will switch to the wireframe and now we will create a rough
16:12
profile something like
16:18
this and now we will add the relation
16:33
we will select this and this and add the
16:39
relation now we will give the fillet we will go to the fillet and here I will
16:46
give r45 select
17:01
click on okay and we will move the
17:27
center
17:57
for
18:27
for for
19:07
now we will uh create our base profile as for our sketch and we can see that it
19:13
is a 125 distance from the axis so here we have a top plane we will select our
19:19
top plane go to the reference geometry and click on the plane here we will
19:25
enter distance of 125 and click click on flip upset and say
19:32
okay now we will select our created plane and click on the create
19:39
sketch and from here we will switch to the top view and we will hide our dat temp plane
19:48
and from here we will switch to the wireframe view
19:54
now we will create a two Arc
20:00
one is a top and other is a
20:05
bottom and now we will add the
20:11
relation we will make it
20:18
equal and this is the r45 so we will select smart
20:25
Dimension and give the radius of 45
20:31
and now we will fix the position we will select this age and
20:37
select this Center so if we read our drawing it is a
20:42
15 + 60 + 12 center of the Ri so we will
20:47
give 15 + 60 +
20:57
12 and Center to Center distance is a
21:04
165 which we can see here so we will select this to Center and give the
21:12
distance 165 and now we will select the center
21:22
and select the origin and here we will add the equation we will press the equal select
21:29
this 165 Dimension and divide by
21:36
two and say okay and
21:41
now we will draw the
21:49
line one line at this side as
21:55
well and now we will add the tangency
22:01
relation here as well
22:08
tangent and uh we will join these two
22:15
centers and uh make the line for construction and
22:21
now we will add the uh Dimension it is a 40° so it is a 20
22:30
and this to this would be
22:38
14 and now same way we will draw the
22:45
line from other
22:55
Arc we will add the tangency relation say
23:02
tangent from here to here say
23:07
tangent and angle same as we given the bottom side
23:16
20 and from this to this
23:26
40 now we will click on the trim entities and
23:32
select the trim to closest and we will triam the
23:39
unnecessary geometry say okay now we will select the
23:46
fillet icon and give the
23:54
fillet on the both the side of r45
24:00
say okay so this is our base
24:07
profile we will close it and come out of the
24:12
sketch we will press the control 7 select our sketch
24:18
and we will uh give the thickness which we will read
24:24
from our drawing so if we read our drawing here is a 20 mm is given this boss is 8
24:34
mm so we will select our sketch and click on extrude boss and from here we will give the 20
24:42
mm and we will switch to the flat lines and we will say
24:51
okay now we will create this rib to create this rib we will require a
25:00
plane at a distance of 15 + 60 so we will press the control
25:09
7 and we will select the plane and offset the
25:17
plane and we will give the dimension 15 +
25:26
60 15 + 60
25:34
see and we will say okay now we will select our uh newly
25:40
created plane and click on the sketch we can also come to the
25:49
sections and now we will uh create our sketch for
25:55
this we will uh off our newly created datam now we will select this
26:03
ages and convert it and we will select it and
26:10
make it for construction and we will also project
26:17
our pipe outer diameter so we will select it and convert to entities and make it
26:26
construction now we will make this pH
26:31
normal and we will switch to the wireframe now we will uh select a line
26:41
and draw the line and we can see that uh this rip
26:47
length is a 114 so we will select smart
26:52
Dimension and give the dimension 114
27:00
and from vertical it is a half of this so we will add the equation press the
27:08
equal and select this 114 Dimension divide by 2 say
27:16
okay and now we will draw the two
27:24
lines and uh
27:32
that will be the tangent to our projected outer diameter we will again
27:39
select the line
27:46
tool we will select this line and this Arc and add the tangent relation we will
27:53
select this line and Arc and add the tangent relation
27:58
now we will click on the trim entities and trim to closest I will trim
28:05
it now I will select the three-point Arc and I will draw an
28:15
arc so here is our profile is fully constrained we will come out of the
28:24
sketch we will come on the Shaded View and here is a thickness of a 24 so we
28:31
will select our sketch click on extrude we will reverse the
28:38
direction and give the distance of a
28:43
24 and we will say
28:49
okay now we will uh add the this
28:54
reib so for this we will uh select the space and uh click on the
29:04
sketch and we will make this phase normal switch to the
29:11
wireframe now we will project this H and
29:17
make it construction and we will
29:23
also project this age click on convert entities and uh make it
29:34
construction now select the line tool draw a
29:39
line which is off a 20 mm select smart Dimension and give the dimension
29:50
20 now select this point and origin
29:56
point and give the dimension of a 10 mm so that it will be at the
30:05
center and now we will draw the two lines now we can switch to the flat
30:11
lines we will move this Dimension turn to the upper side
30:17
now make this pH normal select the line tool
30:31
and draw one more line and connect to our projected
30:38
diameter now select the three-point Arc and uh create an
30:47
arc now our sketch is fully constrained and this is the 20mm thick so we will
30:53
come out of the sketch select the sketch click on
31:00
extrude and uh say the 20
31:07
mm and now we will mirror it on the other
31:13
side for this we will roll back our created features we will go to the
31:21
reference geometry create a plane select this face and uh this face
31:28
so that we get a plane at the mid of our rib click on okay now roll
31:37
forward now select our extrude five which is a rib and go to
31:44
the linear pattern click on the mirror and from the mirrors phase or plane select the plane
31:53
six which we have created click on okay so that you can see that reib is got
31:59
merg on the other side now we will uh create the holes on our
32:08
part so first we will start from our base plate so here is a hole of Dia 24 so we
32:18
will select this pH and create a sketch and
32:25
now either we can make the whole with the extrude cut because it is a 24
32:31
drill or we can use the whole fissure so we will use the whole feature we will
32:37
select the face click on the whole
32:42
Wizard and we will select the normal hole drill size and we will find out that whether 24 drill is available or
32:50
not so it is available now go to the position
32:58
and uh switch to the top view and for the position snap on this Arc so you will
33:06
find the center click here similarly snip on this
33:11
Arc you will find the center and click it and right
33:19
click and say okay so here we have created a hole of 24 now we will create
33:27
a boss of 8 mm height and OD 36 so we will
33:32
select this face and click on the sketch we will select both the edges and
33:40
click on convert entities and we will make this phase
33:47
normal now click on the circle create a two
33:55
circles select these two and make it
34:00
equal and give the diameter of
34:08
36 and come out of the sketch now select the sketch click on
34:15
the exclude boss and give the height of 8 mm which
34:21
is shown here and click on okay now we will also hide this dat temp
34:30
plane press crl 7 now we will create this four holes on
34:38
the flanges for this I will select the phas
34:44
and uh click on the whole
34:49
Wizard and we will make this pH normal now click on the position
34:58
so here we have 8
35:03
hole of diameter 15 so we will uh s place our hole and we
35:12
will check the drill size of 15
35:20
mm so it is available
35:25
now if you see here we have the PCD of 90 mm here given so
35:32
we will go to the position click on the circle and we will add a diameter of 90
35:48
mm and uh I will select it and make it construction now I will select this and
35:57
this whole Center and add a vertical relation and I will select this whole
36:03
Center and our PCD diameter and add the coincident relation so this is fully
36:10
constrained and uh in condition we will go here and we will say up to
36:18
surface and we will select this backside
36:23
surface and now we will polar p pattern it we will select it go to the pattern
36:31
options click on the circular pattern and here we will select this uh
36:38
pole surface and now we will click on here equal spacing number of quantities
36:44
I want four click on
36:50
okay similarly we will do it on the other side we will select this face
36:55
click on the whole wizard and we will make this phase
37:02
normal we will go to the position option and uh place our
37:10
hole now we will select the circle and we will create a
37:17
circle select the circle and make it construction select
37:22
diameter and make it 90 mm
37:32
now we will select this two points and add the horizontal relation in this case
37:39
it will be vertical now select the whole Center and
37:45
Arc and add the coincidence constraint click on
37:54
okay now we will go to the end condition here is a up to surface
38:01
click on blind again click on the up to surface and uh select this bottom
38:09
surface click on okay now we will uh circular pattern
38:15
it we will go to the pattern option then circular pattern from here we will select the AIS
38:24
here is equal spacing features this is our
38:30
feature now click on okay now press the control
38:37
7 so as you can see that uh we have made this pipe with a flange with the help of
38:44
our isometric drawing so this is all about this
38:49
tutorial how to do part modeling in a solid works thank you for watching and
38:55
thank you for your valuable time