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Previous video: SolidWorks Продвинутый курс. Урок 10. Сборки методом Сверху-вниз и библиотека Toolbox Next video: SolidWorks Продвинутый курс. Урок 6. Моделирование деталей из листового металла

1:17

Добавление условных обозначений сварных соединений в сборку

5:03

Импорт условных обозначений сварки в чертеж

6:44

Использование элемента "Конструкция"

10:50

Список вырезов сварного соединения

12:37

Создание чертежа сварной конструкции

16:14

Создаем каркас рамы кабины

18:52

Добавляем угловые соединения

22:10

Создаем список вырезов сварного соединения для рамы кабины

25:14

Создаем пользовательские профили.

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solidworks

видеоуроки solidworks

солидворкс

уроки солидворкс

solidfactory

solidworks уроки

solidworks онлайн обучение

продвинутый курс солидворкс

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обучение солидворкс

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солидворкс конструкция

список вырезов.

сварной шов солидворкс

ферма крыши

00:00:03

In the last lesson, we

00:00:05

finished working with sheet

00:00:07

metal parts and today we are starting to study a new

00:00:10

topic: welded structures in solidworks, and to

00:00:13

be honest, this is probably my

00:00:15

favorite topic in modeling, and all

00:00:18

because it opens up

00:00:20

huge opportunities for users I was intrigued by the possibilities then

00:00:23

let's go

00:00:26

[music]

00:00:48

[music]

00:00:51

more

00:00:52

[music]

00:00:54

perhaps today's lesson is worth starting by

00:00:56

dividing solidworks welding into

00:00:58

two sections 1 is welding in assemblies. It is

00:01:01

from this section that we will begin the

00:01:04

study of welded elements

00:01:06

and the second section is the creation of welded

00:01:08

structures in details using the

00:01:11

command of the same name design this

00:01:13

section will be devoted to the second part of the

00:01:16

lesson, but as we agreed, let’s

00:01:18

start with welding in assemblies, the concept of the

00:01:21

method is such that we have an assembly with

00:01:24

several components that

00:01:26

need to be connected by welding,

00:01:28

look at the screen

00:01:30

in front of you, a bracket assembly consisting

00:01:33

of four parts

00:01:39

using this me

00:01:40

we do not create assembly geometry, but only

00:01:43

add a

00:01:45

component symbol which can later be

00:01:48

imported into the assembly drawing of the product

00:01:50

to add a weld,

00:01:53

call the command bid assembly element weld

00:02:00

in the property managers you can choose one

00:02:02

of two ways to create a weld 1

00:02:05

this weld geometry

00:02:07

in this In this case, it is necessary to select two

00:02:10

faces of the parts at the junction of which the program

00:02:12

will add a weld on the work field, a

00:02:15

preview will appear,

00:02:17

the seam will be displayed on the assembly with a pink

00:02:20

line,

00:02:21

then we indicate the size of the seam,

00:02:27

its contour for this parameter

00:02:29

there are three options for choosing in this

00:02:33

case the weld will be created on one

00:02:35

side on at the junction of two selected faces,

00:02:38

both sides creates a symmetrical seam on the

00:02:41

selected and on the reverse side of the part and

00:02:44

everywhere

00:02:45

creates a seam along a closed contour,

00:02:48

let's focus on the option both sides, if

00:02:51

necessary, you can specify the parameters

00:02:53

of the offset and clay of the weld,

00:03:03

we can also enable the

00:03:04

intermittent welding parameter, in this case

00:03:07

we indicate long sections of the weld seam

00:03:09

and the gaps between them,

00:03:14

here you can also place the seam section in a

00:03:16

checkerboard pattern to add a

00:03:19

symbol to the weld,

00:03:21

click the button to define a

00:03:23

weld symbol in the window that appears,

00:03:26

fill out the parameters by analogy with

00:03:28

adding a weld joint in the

00:03:30

drawing

00:03:32

[music]

00:03:41

[music]

00:03:43

to add of the following welds,

00:03:46

create a new welding path

00:03:50

and select a new pair of faces of the assembly components;

00:03:54

confirm

00:03:55

and

00:03:57

model; the seams themselves and their symbols will appear;

00:04:00

to return to

00:04:02

editing the weld,

00:04:04

right-click on it and

00:04:06

select the edit command;

00:04:12

conditional definition

00:04:13

can be edited by double-clicking the

00:04:15

left mouse button

00:04:21

second the method of creating a weld is

00:04:23

called the welding path, unlike the

00:04:26

previous option, you need to specify

00:04:28

not a couple of faces but the edges of the parts; its

00:04:32

advantage is that you can create a

00:04:33

weld not only for two parts,

00:04:35

but since it is not tied to a

00:04:37

specific component, it is deprived of a number of

00:04:40

parameters; let

00:04:41

's add the remaining welds seams

00:04:45

[music]

00:04:53

[music]

00:04:57

and confirm the command assembly ready

00:05:02

now create a drawing from it

00:05:07

[music]

00:05:10

select the A3 sheet format

00:05:12

[music]

00:05:15

add the main assembly view and the left view

00:05:20

[music]

00:05:29

adjust the scale of the sheet

00:05:32

[music]

00:05:36

now you can import welds

00:05:39

call the command model elements from the

00:05:42

comments tab of the command manager

00:05:45

as a source, select only

00:05:47

the assembly, check that the option

00:05:50

to import elements into all views is

00:05:52

enabled and select the necessary elements

00:05:55

on the notes tab,

00:05:58

confirm the command,

00:06:01

welds and their designations will appear in the drawing field

00:06:04

by clicking on the seam itself, you can select its

00:06:07

direction and location on the drawing

00:06:11

[music] the

00:06:28

symbol, if necessary,

00:06:31

can be moved to another and the drawing

00:06:34

[music]

00:06:48

the next one is possible

00:06:50

or two rgs are much more interesting and

00:06:51

allow you not just to add a

00:06:54

symbol for welded joints, but

00:06:55

to create spatial welded

00:06:58

structures. Oddly enough, the process of their

00:07:01

creation does not take place in assembly, as

00:07:03

many might assume,

00:07:04

and in detail,

00:07:07

look at the screen in front of us, a sketch of the

00:07:09

roof truss, let's create a profile

00:07:12

frame structure, for this we call the

00:07:15

command

00:07:17

welded parts structure

00:07:21

in the property manager, select

00:07:23

the profile of interest, for this, first

00:07:26

select the standard, let it be the

00:07:28

international ISO standard,

00:07:30

then select the type profile, let it

00:07:33

be a rectangular pipe and finally

00:07:35

choose the type and size of the profile,

00:07:37

let it be a pipe with dimensions of 120

00:07:40

by 80 millimeters and a wall thickness of 8

00:07:43

millimeters,

00:07:44

then you need to select the

00:07:47

frame guides, let's start with the outer contour

00:07:57

on the working field pride appeared about

00:08:00

it in yellow so that the ends of the profiles are

00:08:03

connected with other sections of the corpse, the

00:08:05

option to apply corner processing

00:08:08

must be turned on; in this case, you can

00:08:11

configure the method of forming corners; this is an

00:08:13

option without an open end

00:08:15

or with an open end of one of the profiles; in

00:08:19

addition, the end can have a straight cut

00:08:21

or a contour repeating profile;

00:08:24

mating parts;

00:08:25

we will choose the option with one open end

00:08:28

and straight edge, you can then specify the

00:08:31

amount of gap between the profiles;

00:08:35

leave this value equal to zero; however,

00:08:39

these settings are applied to all

00:08:41

corners of the selected elements at once; to

00:08:43

change the way a

00:08:45

specific corner is formed, click on the

00:08:47

pink mark at its top; in the

00:08:50

pop-up window, you can specify settings

00:08:52

only for the selected connection

00:08:57

analogues,

00:08:58

we will specially correct the remaining angles

00:09:01

[music]

00:09:10

[music] please

00:09:18

note that

00:09:21

3 or more segments cannot intersect at a point, so

00:09:24

adding internal sections to this contour will

00:09:26

no longer be possible, but don’t

00:09:28

worry, we can create a new

00:09:30

group of segments by clicking on the button of the same name, we

00:09:34

will select the next contour profiles,

00:09:44

since at this point there are three

00:09:46

segments, then to add the remaining

00:09:48

sections of the sketch, you need to create a

00:09:50

third group, but first let’s finish

00:09:53

editing this one, rotate the profile

00:09:56

90 degrees, for this we will indicate the value of the

00:09:59

rotation angle in the property manager and

00:10:02

configure the parameters of cuts in corner

00:10:04

connections, but note that

00:10:07

now before selecting the type of angle, you

00:10:09

must also select a group of

00:10:11

segments; select group 2 and indicate the

00:10:15

values of interest

00:10:18

[music]

00:10:27

create the third group of elements and

00:10:29

finish building the truss

00:10:32

[music]

00:10:46

confirm the command;

00:10:50

please note that in addition to the

00:10:51

design element itself,

00:10:53

property managers, a welded part element has appeared,

00:10:56

which determines the

00:10:58

document type its peculiarity is that

00:11:01

instead of the usual rigid bodies folder, there

00:11:03

is a folder cut out list as with

00:11:06

rigid bodies in parentheses the

00:11:09

total number of elements of the folder is displayed

00:11:11

let's open and and and see a list of all

00:11:14

elements

00:11:16

each element of the cut out list

00:11:18

corresponds to its own rigid body however

00:11:21

in fact since we are a symmetrical company

00:11:24

we have repeating elements for

00:11:27

grouping them by right-clicking

00:11:29

on the list of cuts and selecting the update command.

00:11:34

As you can see, now the same elements are

00:11:37

grouped into lists by cutting

00:11:40

in parentheses indicates the number of

00:11:42

identical elements by opening the list by

00:11:45

cutting out you can see the solid bodies included in it,

00:11:49

but what does this give us? what

00:11:51

practical benefits can be derived from this

00:11:53

and here the most

00:11:55

interesting part begins: right-click

00:11:58

on the list by cutting, do not call the properties command, a

00:12:02

pop-up window will appear with the properties of the

00:12:05

list by cutting here there is

00:12:07

information such as the length of the component, the

00:12:11

processing angles of both ends,

00:12:13

and if the end has a non-straight edge,

00:12:15

then the parameter angle will have a dash

00:12:18

instead of a value, then there is a description of the

00:12:21

profile used; we will

00:12:24

look at this parameter in more detail a little later

00:12:25

when we create our own

00:12:27

profile; material of the part; number of

00:12:31

parts of the same geometry and the total

00:12:34

length of all parts of the same profile;

00:12:37

close this window and create a new drawing;

00:12:45

select the format; drawings

00:12:47

3;

00:12:49

do not add to sheet main view of the truss

00:12:58

let's get the specification of the

00:13:00

components used

00:13:01

call the command insert table list

00:13:05

cut out the welded joint

00:13:08

indicate the type of model by which we will

00:13:10

form the table in our case this is

00:13:13

the only type

00:13:14

property managers specify the table settings

00:13:21

and click ok place the table on the drawing field

00:13:26

as you can see solidworks has generated

00:13:28

the specification blanks, however, in the

00:13:31

description and length columns there are no

00:13:34

parameter values, let's fix this by selecting the

00:13:38

description column and in the property manager

00:13:40

switching to the option of properties of

00:13:42

cut list elements and selecting the

00:13:45

value of discrimination, that is, the description, the

00:13:48

name of the column can be changed in the

00:13:50

text field below,

00:13:53

repeat the operation for the length column

00:13:58

[music]

00:14:06

then we can add custom

00:14:08

parameters for this, click on the

00:14:10

last column with the right mouse button and

00:14:13

select the command

00:14:14

rate column on the right, thus

00:14:17

adding the parameters angle one angle 2 and

00:14:21

total length

00:14:24

[music]

00:14:30

and

00:14:31

[music]

00:14:45

then we will adjust the sizes of the tables and

00:14:47

by the way, working with tables has been

00:14:50

considered in the ninth lesson of the basic

00:14:52

course using the example of a product specification,

00:14:55

since the total length parameter is the same

00:14:58

for all components of the cell, you can

00:15:00

combine all that

00:15:06

remains is to add positions to the drawing,

00:15:08

call the auto position command,

00:15:11

select the location of the callouts and the method of

00:15:14

joining

00:15:16

in the position settings, select the option of

00:15:19

underlining and tight fit,

00:15:23

select the position text drop-down menu

00:15:26

value position and confirm the command

00:15:33

the results of the position in the drawing will

00:15:35

correspond to the positions of the specification of

00:15:37

product blanks using the existing table, you

00:15:40

can purchase material as

00:15:43

well as cutting blanks for the manufacture of

00:15:46

trusses and, as in the case of

00:15:47

product specifications, the list table template

00:15:50

can be cut out by clicking

00:15:53

on the crosshair in the left in the top corner of the

00:15:55

table and select the save command,

00:15:59

indicate the path and file name and click the

00:16:02

save button

00:16:17

and now let's remember the very

00:16:19

first lesson of the advanced course, then we

00:16:22

created a three-dimensional sketch of the cabin frame,

00:16:25

I promised that we would finish building it

00:16:27

in one of the next lessons,

00:16:29

well, it seems like time came last

00:16:33

time, we stopped at the fact that we finished

00:16:35

creating a three-dimensional sketch, then

00:16:37

call up the design element,

00:16:44

select the ISO standard profile type pipe

00:16:48

size 33 7 by 4 millimeters and indicate the

00:16:53

elements of

00:16:54

one of the side posts,

00:17:02

please note that now each

00:17:04

section of the sketch

00:17:05

is regarded by the program as a separate

00:17:08

pipe segment but tangent sketch elements

00:17:11

can be combined into one segment by turning on the

00:17:13

option to

00:17:14

merge the bodies of arc segments; in this

00:17:17

case, the entire side post will consist

00:17:20

of one bent pipe; then create a

00:17:23

new group and select section 2 of the posts

00:17:33

and, by analogy, turn on the parameter

00:17:35

to combine the bodies of arc segments

00:17:38

since the horizontal crossbars have

00:17:40

different dimensions pipe profile, then they

00:17:43

need to be created as separate elements,

00:17:45

so we complete the command,

00:17:48

call the design element again,

00:17:53

now select the pipe size

00:17:55

21 and 3 by 2 point three millimeters

00:17:58

and create a new group for each of the

00:18:01

crossbars,

00:18:06

confirm the command,

00:18:09

but since the elements were created by different

00:18:11

teams, the pipes are of a smaller diameter

00:18:14

have interference with pipes of larger

00:18:16

diameter, this is corrected using the

00:18:19

bet tool,

00:18:21

welded parts, cut off, lengthen in the window,

00:18:25

cut a and the body, select the

00:18:27

horizontal crossbars

00:18:30

for the flow boundary parameter, select

00:18:33

the value of the body and indicate the side posts

00:18:35

as a flow tool in the window

00:18:38

below,

00:18:40

confirm the command,

00:18:52

then add gussets in places

00:18:54

pipe connections call the command bet

00:18:58

welded parts corner connection

00:19:01

in the window auxiliary faces indicate the

00:19:04

surfaces of the pipes on which you need to

00:19:06

add gussets

00:19:07

then select the profile type triangular

00:19:10

or pentagon according to the conditions of the task

00:19:13

select a pentagonal profile and

00:19:15

fill in its dimensions the

00:19:22

thickness parameter determines the offset of the

00:19:24

metal thickness of the gusset from the specified

00:19:26

default plane it is located

00:19:29

in the middle, but if necessary it can be

00:19:32

shifted, select the option of both sides without

00:19:35

shifting the plane and indicate the thickness of the

00:19:38

gusset at 5 millimeters,

00:19:40

confirm the command,

00:19:43

create the remaining gussets on this

00:19:46

side of the frame, the rest will be obtained by

00:19:48

creating a mirror image of solid

00:19:50

bodies

00:19:52

[music]

00:20:01

[music] there are

00:20:40

4 bases left to create for whom

00:20:42

we use a standard elongated boss for this

00:20:45

[music]

00:20:59

[music]

00:21:12

then create a new sketch and add us by

00:21:15

point

00:21:16

like this arrangement of the bases

00:21:20

[music]

00:21:24

revenge [music]

00:21:32

and call the command bet

00:21:36

array mirror array controlled and select the

00:21:43

newly created sketch as a reference sketch points of

00:21:47

the array components the body of the elongated boss

00:21:52

and confirm the command

00:21:56

3d model of the cabin frame is ready

00:22:14

now let's create a table of the list of cuts

00:22:17

to begin with, create a new

00:22:24

drawing drawing format and

00:22:29

add the main

00:22:31

no

00:22:37

top view

00:22:40

and left view to the models

00:22:44

then create a list table by cutting out the

00:22:46

welded joint

00:22:51

since we saved the tables in advance

00:22:54

we can use it, click

00:22:57

on the asterisk and select the path to the template file

00:23:01

[music]

00:23:07

confirm the command,

00:23:12

reduce the width of the description column

00:23:16

and combine the cells of the column total length

00:23:24

[music]

00:23:33

then add the positions of the parts using the

00:23:36

auto position command

00:23:37

[music]

00:23:51

note that in the table I managed to

00:23:54

match the rows non-profile

00:23:56

parts of the

00:23:57

gusset and the base of the side panels for

00:24:00

convenience, you can add a description,

00:24:03

return to the 3d model, open

00:24:09

the list of cuts and select the first folder of

00:24:11

solid bodies,

00:24:12

these are gussets measuring 50 by 50

00:24:15

millimeters, right-click on the folder

00:24:18

and select the properties command

00:24:21

from the context menu, add

00:24:23

description properties for a group of solid bodies

00:24:30

and indicate that this is

00:24:31

50 by 50 millimeters in size

00:24:37

in the left window, you can switch to the

00:24:39

remaining groups of solid bodies and, by

00:24:42

analogy, add descriptions for them

00:24:48

[music]

00:24:57

we return to the drawing,

00:25:03

we see the filled cells of the graph and

00:25:05

descriptions for positions 6 to 8

00:25:08

[music]

00:25:18

and perhaps the last thing I

00:25:20

need to fully use

00:25:21

this tool is the ability to create my

00:25:24

own profiles, let's start with the fact that the

00:25:28

path to the welded joint profile files

00:25:29

is in the parameters

00:25:33

location of the

00:25:34

welded parts profile files,

00:25:42

open this folder in

00:25:43

Windows Explorer

00:25:49

and create me a new

00:25:52

August profile for this operation

00:25:55

you will need rights administrator, already

00:25:59

inside this folder, create subcategories,

00:26:03

for example round pipes GOST 8732

00:26:07

78,

00:26:12

then in solidworks we create a new part

00:26:17

and save it as it is, this is the

00:26:24

file type lip fit pad,

00:26:27

specify the file name, for example pipe 108

00:26:31

for 4 GOST 8732 78

00:26:36

and do not forget to fill out the file description

00:26:39

exactly this information

00:26:41

they file name will be later

00:26:43

pulled by the program into the table

00:26:45

by cutting out the welded joint

00:26:47

since

00:26:50

the system will not allow saving in the folder with profiles on the

00:26:52

desktop,

00:26:55

then create a sketch of the profile

00:26:59

[music]

00:27:09

then click on the sketch with the right

00:27:11

mouse button in the design tree and select

00:27:14

the command add a library

00:27:16

next to the sketch, the

00:27:18

Latin letter l should appear,

00:27:20

everything is ready, save the changes and

00:27:22

close the template

00:27:24

[music]

00:27:27

and then you need to move the

00:27:30

file I created to the folder with GOST templates,

00:27:35

everything is ready, let’s check the result

00:27:37

[music]

00:27:49

great, the pipe template has appeared in the system

00:27:52

[music]

00:28:06

well Well, this 8th rock of the advanced

00:28:09

course has come to an end.

00:28:10

As you can see, the design tool has

00:28:14

very great capabilities and scope of

00:28:16

application, I hope you will

00:28:18

appreciate it and apply it in your

00:28:20

engineering practice, and in the next lesson

00:28:22

we will look at such a topic as advanced

00:28:26

collection modeling,

00:28:27

thank you for your attention and see you soon

00:28:33

[music]

Description:

Онлайн школа SolidWorks - https://solidfactory.ru/ Восьмой урок Продвинутого курса SolidWorks. Данный урок посвящен очень интересной теме - моделированию сварных конструкций в Солидворкс. Содержание урока: 01:17 - Добавление условных обозначений сварных соединений в сборку; 05:03 - Импорт условных обозначений сварки в чертеж; 06:44 - Использование элемента "Конструкция"; 10:50 - Список вырезов сварного соединения; 12:37 - Создание чертежа сварной конструкции; 16:14 - Создаем каркас рамы кабины; 18:52 - Добавляем угловые соединения; 22:10 - Создаем список вырезов сварного соединения для рамы кабины; 25:14 - Создаем пользовательские профили. Композиция "Pilots Of Stone" принадлежит исполнителю Audionautix. Лицензия: Creative Commons Attribution (https://creativecommons.org/licenses/by/4.0/). Исполнитель: https://audionautix.com/

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