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SolidWorks Создаем Элементы На Цилиндрической Поверхности | Роман Саляхутдинов

SolidWorks Создаем Элементы На Цилиндрической Поверхности | Роман Саляхутдинов

Channel: Роман Саляхутдинов - Центр Обучения САПР

SolidWorks. Скругления, массивы. (Урок 2) / Уроки SolidWorks

SolidWorks. Скругления, массивы. (Урок 2) / Уроки SolidWorks

Channel: SolidWorks

SOLIDWORKS Основная Надпись Заполнение. Свойства Файла. Чертеж Деталь | Саляхутдинов Роман

SOLIDWORKS Основная Надпись Заполнение. Свойства Файла. Чертеж Деталь | Саляхутдинов Роман

Channel: Роман Саляхутдинов - Центр Обучения САПР

SolidWorks. Создаем кубик | Роман Саляхутдинов

SolidWorks. Создаем кубик | Роман Саляхутдинов

Channel: Роман Саляхутдинов - Центр Обучения САПР

SolidWorks. Урок. Переход бесшовный. Поверхностная модель | Саляхутдинов Роман

SolidWorks. Урок. Переход бесшовный. Поверхностная модель | Саляхутдинов Роман

Channel: Роман Саляхутдинов - Центр Обучения САПР

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00:00:00

good day at the microphone aroma of

00:00:03

purpose we are on our way and in this video we

00:00:06

will create a bracket in solidworks

00:00:09

we will create a bracket according to the drawing this drawing

00:00:12

was sent to me by one of the subscribers but we will

00:00:15

change some dimensions here but we will

00:00:17

take this drawing as a basis

00:00:20

let's now create a new document

00:00:22

part in the menu, select create and select

00:00:26

the part now, let’s

00:00:29

select after from above in the design tree and

00:00:31

create the first sour on it, let’s

00:00:34

run the circle command, I’ll

00:00:36

run it from the segment ring and on the right the

00:00:39

origin point,

00:00:40

create a circle arbitrarily, then

00:00:43

run the auto size command, indicate

00:00:45

the diameter of the circle, it will be equal 30

00:00:48

millimeters and indicate the size from the point of

00:00:50

origin to the center of the circle,

00:00:52

this size will be equal to 70 millimeters,

00:00:57

complete the command with the escape key and

00:00:59

now let's specify at the point of origin of

00:01:03

coordinates, holding down the back key, indicate at the

00:01:06

center of the circle and select horizontal in the context menu,

00:01:09

so we have created the

00:01:11

horizontal relationship these points are now on the

00:01:13

same horizontal line and will always be and

00:01:15

look our sketch has become completely

00:01:18

defined in principle, everything is

00:01:20

ready now let’s go to the

00:01:23

elements panel and run the commands extended

00:01:25

grandma and stretch it all out at a distance of

00:01:28

15 millimeters let’s even

00:01:31

specify the properties here 15 millimeters and press ok

00:01:35

great, look, our first element

00:01:37

has been created, I will now open the finished part,

00:01:40

we have created this element,

00:01:42

we have drawn it out, then we need to create this

00:01:46

grandmother and also draw out this

00:01:48

element, and then connect it all using the

00:01:50

command grandmother along the path, we will

00:01:53

continue to create a stiffener and

00:01:55

create all the holes,

00:01:59

so in order for us to create

00:02:02

this element now, we need to create an

00:02:04

auxiliary plane ourselves, so let’s

00:02:08

now return to our part,

00:02:10

but in order to create an

00:02:12

auxiliary plane, we

00:02:14

need to create an axis that will

00:02:16

pass us from this point through the point the origin of

00:02:19

coordinates which will not coincide with the

00:02:21

z axis and so now we are on the

00:02:25

element panel, all the commands do not

00:02:26

fit in, expand the list and here is where

00:02:28

we have reference geometry, let's expand

00:02:32

the list and select the axis, the axis window has opened

00:02:35

and here is the choice, let's select two

00:02:39

planes Let's open the

00:02:41

design tree and select the plane

00:02:43

to the right, since it is now on the plane

00:02:46

again, so we chose the flat one on the

00:02:48

top right and on top, and look

00:02:51

at the preview you can see how

00:02:54

we will create a copy, I click ok

00:02:56

oh it’s created, then again let’s go where

00:03:01

we have the reference geometry let's select the

00:03:03

plane command and look here the first link is

00:03:05

indicated train let's delete it we

00:03:09

had it selected so it seemed and I'll indicate

00:03:11

the plane on the right their here is the second link

00:03:14

active field let's indicate it sit down and

00:03:18

here let's select at an angle and

00:03:20

enter 45 degrees here but you see yes

00:03:25

we have a tilt in this direction, we need it

00:03:28

the other way around,

00:03:29

so let's put a tick here to

00:03:31

rearrange that's great, this is how it should

00:03:34

be and click okay, so here we have an

00:03:38

auxiliary plane, actually

00:03:40

now let's create a non-sour plane,

00:03:42

click on it and select low in the context menu,

00:03:44

then I press control

00:03:48

axis is excellent and now let's create

00:03:52

a circle, create it arbitrarily just above the

00:03:55

origin point,

00:03:56

then run the auto size command,

00:03:59

indicate the diameter of the circle,

00:04:01

it will be equal to 30 millimeters and

00:04:03

indicate the distance from the center of

00:04:05

the circle to the point above

00:04:08

the coordinates, this distance will be equal to 50

00:04:11

milliliters, excellent, then let's

00:04:15

complete the command size key escape

00:04:17

we point at the center of the circle and while holding down the

00:04:21

control key we point at the

00:04:23

origin of coordinates and select

00:04:25

verticality create a relationship

00:04:28

verticality is excellent ours with

00:04:30

the help of defined let's click on

00:04:32

everyone close this window now let's go

00:04:36

to the elements panel and run the

00:04:38

command extruded and grandma and extrude all this

00:04:41

at a distance 19 millimeters

00:04:44

click okay great here we have the second element

00:04:47

created now let's

00:04:51

hide plane one click on it stereo

00:04:55

design and select hide great

00:04:58

now let's click on this narrow

00:05:01

edge and create a sketch on it and so we

00:05:04

moved on to creating sketches and again

00:05:06

click outline 8, I’ll increase it

00:05:09

and now let’s run the command

00:05:12

rectangle from the center, run the center of the

00:05:15

rectangle, we will coincide with the

00:05:17

center of the circle, so I’ll go with the cursor,

00:05:20

it’s highlighted, let’s create it

00:05:22

randomly, create it perfectly,

00:05:24

then press counter, probably a large

00:05:27

skate, and now let’s click on

00:05:31

this side, holding down the counter key,

00:05:33

press on this side and here in the

00:05:37

context menu we’ll select equality all

00:05:39

these sides are equal so we’ve

00:05:41

got a square, then let’s run the

00:05:44

auto size command and specify the length, the

00:05:46

long one will be 45 millimeters, great, then let’s

00:05:50

squeeze it all out, go

00:05:53

to the elements panel, run the command and

00:05:55

someone's boss and extrude it all at a

00:05:57

distance of 6 millimeters, great, I

00:06:00

click ok, you've done it like this and now let's fillet

00:06:05

these

00:06:07

edges 4

00:06:11

let's run the rounding command, here we have

00:06:15

it on the elements panel and so

00:06:18

the radius let's specify 6 millimeters and

00:06:21

specify 4 edges first second let's rotate

00:06:28

our part third and fourth great

00:06:35

click ok and look at the fillets

00:06:39

done

00:06:43

next let's use the command boss

00:06:47

along the path to connect our two solid

00:06:51

bodies but in order to use this

00:06:54

command we need to create a

00:06:56

path sketch and a profile sketch let's

00:06:59

start creating a tree path sketch

00:07:02

design, let's select

00:07:03

the plane in front and

00:07:04

select creation of sketches and again,

00:07:08

pressing counter, maybe, and so on now,

00:07:13

let's run the line rotated command,

00:07:19

we'll start from here, move the cursor to this

00:07:23

edge, here the middle point is displayed,

00:07:26

click on it and drag the

00:07:30

horizontal line to the left arbitrarily before

00:07:32

reaching this starting point coordinates,

00:07:34

we are now creating 2 lines,

00:07:37

let's return to this point, press the

00:07:40

left mouse button, and

00:07:43

we come back again and see an arc is being created,

00:07:46

we create an arc arbitrarily, and then

00:07:52

let's continue

00:07:56

creating lines, preferably so that

00:07:59

it also connects tangentially with another key,

00:08:03

press the key This is what we

00:08:06

got here, here I see

00:08:09

regarding if you don’t have such a

00:08:11

relationship kill creation so on,

00:08:16

let’s create

00:08:18

auxiliary lines here and the

00:08:21

midpoint like this line means 4

00:08:25

meters long and connect this point with this

00:08:28

point

00:08:30

so run the line command, find the

00:08:34

middle point, here I brought the courses to the mouth, the

00:08:36

middle point was displayed, create a line,

00:08:39

it is desirable that the relationship be

00:08:41

perpendicular, create it, press the

00:08:46

escape key,

00:08:47

then run the auto size command,

00:08:49

indicate the length of the lines, it is equal to 4

00:08:52

millimeters, perfectly see I have it

00:08:58

here, perpendicularity, the relationship has

00:09:02

not been created with this one edges and this

00:09:06

line we will now create, well,

00:09:11

first of all, let's connect these

00:09:13

points, click on this point while

00:09:15

holding down the control key, click on

00:09:17

this point and select here some

00:09:20

minimum merge the points

00:09:21

perfectly, they are connected, so

00:09:27

now let's click on this edges while

00:09:30

holding the control key, press along

00:09:33

that line and here we select

00:09:35

perpendicularity in the context menu,

00:09:37

great, let's now specify the radius

00:09:43

of the arc, run the auto dimensions command, specify

00:09:46

the radius, the radius is 26 millimeters,

00:09:50

fine, press the escape key and

00:09:54

let's see that we haven't reached a

00:09:58

certain point yet, I'll look at the relationships not

00:10:03

enough let's create a relationship let's

00:10:07

create a parallelism between this

00:10:09

line and our line let's click on

00:10:14

this line while holding down the counter key

00:10:15

click on this line and select here

00:10:18

the parallelism is excellent and look at

00:10:21

our sketch is fully defined the sketch

00:10:25

the trajectory is ready next let's

00:10:28

create a profile sketch create create a

00:10:31

sketch we will need profiles

00:10:36

from the profile to start at the starting point of

00:10:39

the trajectory, that is, you and I

00:10:41

first need to create an auxiliary

00:10:43

plane that will pass through

00:10:46

this point and which will be

00:10:48

perpendicular to this edge, let's

00:10:50

create such a plane again, now

00:10:54

let's complete our we have a sketch, we are

00:10:57

now clear on the elements panel,

00:10:58

let's open the list

00:10:59

there for reference geometry, run the

00:11:02

command plane, indicate the vertex, this

00:11:05

will be the first link and indicate this

00:11:08

edge, this will be the 100th mailing and

00:11:11

look, an

00:11:12

auxiliary plane is created

00:11:14

that passes through this vertex and

00:11:17

which, at approximately this edge,

00:11:20

click ok is

00:11:21

flat, created next, let's create a

00:11:24

sketch on this plane,

00:11:25

click here and in contexts select

00:11:28

kitty-kiss, I press contour 8, if you are

00:11:34

confused, then you can press contour 8 again in

00:11:36

this way and now call

00:11:39

increase, run the rectangle command,

00:11:42

randomly create a rectangle, then

00:11:45

run the auto command, the length of the

00:11:47

rectangle will be 30 millimeters, and the

00:11:50

width will be 8, you will return 6 millimeters,

00:11:55

perfectly complete the command, escape key,

00:11:58

and now let's see here the middle

00:12:02

point is not displayed,

00:12:05

let's right-click and go to

00:12:07

context menu, select everything here, select the

00:12:10

middle point, here it is selected, then

00:12:12

hold down the control key, click on the

00:12:15

origin point and in the context

00:12:17

menu select coincidences, everything in the form of a

00:12:19

point coincides, the relationship is created

00:12:23

perfectly, let's complete our sketch,

00:12:27

look, we have two sketches, we have a

00:12:29

trajectory sketch and a profile sketch, let's Let’s

00:12:33

hide this plane, you can click in the window for

00:12:35

constructing the right of your Japan and

00:12:37

select hide here now, let’s

00:12:42

run the command in the tower along the trajectory

00:12:44

and specify the profile, indicate the profile according to our sketch,

00:12:49

then the route path field is active,

00:12:53

let’s indicate according to the sketch, well, let’s

00:12:56

open the entire design tree

00:12:58

and indicate the sketch 4 and you can already see on

00:13:02

long viewing how it will

00:13:04

look, click okay, so look how it

00:13:10

turned out here, this is because I did

00:13:13

n’t make that auxiliary line, now we’ll

00:13:14

edit it, so let’s open it up along the

00:13:19

trajectory in children’s s4,

00:13:21

click on it, select edit

00:13:24

sketch here is this line, let’s follow it so that it can be

00:13:28

seen, I made an outline 8 and also

00:13:30

enlarge this line,

00:13:32

I click on it and property managers

00:13:36

line properties check the

00:13:38

auxiliary elements box, click ok and

00:13:41

exit the sketch,

00:13:43

look, everything has

00:13:45

changed here, by the way, look around

00:13:52

completely round, some kind of multifaceted,

00:13:54

to improve the image quality,

00:13:56

let's go to the parameters

00:13:58

here, select the image quality, then

00:14:03

click descendants image quality and

00:14:09

place this slider next to the red scale and let's click ok,

00:14:15

look, the quality

00:14:16

has improved immediately, that is, a round table

00:14:18

circle,

00:14:21

so now let's create sketch to

00:14:26

use the edge command and create an

00:14:30

edge again in the design tree,

00:14:32

let's select the plane in front here,

00:14:36

create a sketch, I again press

00:14:38

control 8 and now let's run the

00:14:42

command line and grounding from this

00:14:46

vertex to the right here to this

00:14:50

vertex here to see the vertices sometime

00:14:54

lit up, press excellent, I press the

00:14:56

escape key,

00:14:57

here the sketch is completely defined, it’s ready,

00:15:01

let’s exit it, run the command with an

00:15:04

edge, the system has already defined it, such

00:15:08

here, the thickness, look, so that there are

00:15:11

both sides, and let’s indicate the thickness of 8

00:15:15

millimeters, excellent, and press ok and

00:15:20

look, the stiffening rib

00:15:22

is created very quickly yes, now we need to

00:15:29

create a hole with you, let's

00:15:31

run the hole command for fasteners and

00:15:35

here let's make the settings

00:15:37

hole type select here holes next

00:15:41

standard select from the list and soon i

00:15:45

keep select the size and drilling well and

00:15:49

select the size 18 millimeters and

00:15:54

now we have a boundary condition to

00:15:56

the surface, well, let's select through

00:15:59

and now let's go to the

00:16:03

location tab, but we need to specify granite,

00:16:05

let's rotate our part and here it is

00:16:09

along this face,

00:16:10

now we need to specify the face, the center of

00:16:14

the circle will coincide with the center of

00:16:17

this cylindrical surface,

00:16:18

so let's move the cursor,

00:16:22

you see to the edge

00:16:23

and now our center is highlighted,

00:16:26

click here, you see, you can see how it

00:16:32

will be created during long viewing and

00:16:34

click ok, look, the hole

00:16:38

has been created, you could, of course, select it on the

00:16:45

surface and specify this surface, in

00:16:49

principle, we will have nothing else here, a

00:16:50

hole nothing more we are not there

00:16:54

you will decide so now let's indicate here

00:16:56

he will return for it another

00:16:59

hole here again run the command

00:17:01

holes for fasteners

00:17:02

here let's just change

00:17:05

the size with you choose a diameter of 6 millimeters so let

00:17:12

's not go all the way through select

00:17:15

to the surface

00:17:19

and indicate the edge and we will indicate the granite

00:17:24

this face, everything I indicated further, let's

00:17:30

go to the location tab and

00:17:32

indicate the grant for which we will have

00:17:34

on which the holes were created,

00:17:37

click here so let's click contour

00:17:41

8 such now we move the cursor to

00:17:46

this arc, here in the center the

00:17:49

hole will be highlighted as well in the same here,

00:17:52

even we are fine and press the

00:17:54

escape key 2, we don’t need to, here we placed the hole,

00:17:57

press ok and look at

00:18:01

the hole with a diameter of 6, we have created

00:18:03

now we need to say 3 more of these,

00:18:06

let’s have a linear array, open

00:18:09

the list, select the command circular array,

00:18:12

indicate such elements copy

00:18:14

the hole, then go to the

00:18:20

parameters section, indicate the axis of the array, here by specifying

00:18:22

the axis and quantity, let's indicate 4

00:18:26

and press ok, look, the

00:18:30

coupe hole has been created now, let's

00:18:35

create a hole here with a diameter of

00:18:39

15 millimeters, again, run the

00:18:41

command holes for fasteners

00:18:43

here, change only the diameter, let's

00:18:47

select from list, diameter is 15

00:18:49

millimeters, let's go to the location tab, so let's

00:19:00

go back to the type tab, we have it on the

00:19:02

surface, let's click, so the field

00:19:04

will indicate the surface of this surface,

00:19:07

we will create a hole,

00:19:09

then we will go to the location tab,

00:19:11

indicate play, and indicate the location of

00:19:16

the holes, again the cursor visited the

00:19:18

centers of this circle are about to be

00:19:21

highlighted, and here we click, here we all have

00:19:25

indicated the hole, click ok, the

00:19:28

entire hole is created, I press control for

00:19:31

everyone, this is isometric, and now let’s go to the

00:19:33

view panel and select

00:19:37

the creaking here, all types, all auxiliary

00:19:39

objects are hidden, and then let’s let's set the

00:19:42

appearance on the right, let's launch the

00:19:44

appearance of the wall and the inscriptions will reveal the external

00:19:47

views,

00:19:48

select the metal, here's the steel and let's

00:19:51

lower the slider to the very bottom, so, and

00:19:57

select like that, let's hold the polished

00:20:00

steel while holding the left mouse button and

00:20:03

bring it to our tempering part and in

00:20:06

the context, we select the part then there is

00:20:08

assigning the material or rather the texture to

00:20:10

everything in detail

00:20:11

is excellent here the color has been changed on this our

00:20:16

video lesson has come to an end

00:20:18

don’t forget to save your bracket

00:20:21

I’m waiting for you in the next lessons yes connection

00:20:25

[music]

00:20:40

[music]

00:20:55

[music]

Description:

✔ Уроки SolidWorks: https://solidworks.saprblog.ru/ ✔ Мой блог: http://saprblog.ru/ ✔ Группа вконтакте: http://vk.com/saprblog ✔ Instagram: https://www.facebook.com/unsupportedbrowser SolidWorks. Создаём кронштейн с отверстиями | Роман Саляхутдинов

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The browser/computer should not freeze completely! If this happens, please report it with a link to the video. Sometimes videos cannot be downloaded directly in a suitable format, so we have added the ability to convert the file to the desired format. In some cases, this process may actively use computer resources.

How can I download "SolidWorks. Кронштейн с отверстиями | Роман Саляхутдинов" video to my phone?

You can download a video to your smartphone using the website or the PWA application UDL Lite. It is also possible to send a download link via QR code using the UDL Helper extension.

How can I download an audio track (music) to MP3 "SolidWorks. Кронштейн с отверстиями | Роман Саляхутдинов"?

The most convenient way is to use the UDL Client program, which supports converting video to MP3 format. In some cases, MP3 can also be downloaded through the UDL Helper extension.

How can I save a frame from a video "SolidWorks. Кронштейн с отверстиями | Роман Саляхутдинов"?

This feature is available in the UDL Helper extension. Make sure that "Show the video snapshot button" is checked in the settings. A camera icon should appear in the lower right corner of the player to the left of the "Settings" icon. When you click on it, the current frame from the video will be saved to your computer in JPEG format.

What's the price of all this stuff?

It costs nothing. Our services are absolutely free for all users. There are no PRO subscriptions, no restrictions on the number or maximum length of downloaded videos.