3) You want to make two circles have the same center point within a SOLIDWORKS sketch. How can you do this?
Anonymous Quiz
5%
Add a tangent relation between the circles
82%
Add a concentric relation between the circles
6%
Add a horizontal relation between the circles
7%
Add an equal relation between the circles
4) You want to show a list of the raw materials, subassemblies, intermediate assemblies, subcomponents, and parts, and the quantities of each, needed to manufacture an end product. What would be useful to accomplish this?
Anonymous Quiz
78%
bill of material
12%
isometric view
9%
exploded view
1%
hole list
4) Freezing a portion of a model can be used if you work with complex models with many features. Why??
Anonymous Quiz
19%
Freezing the features helps to show only the critical features of the model
23%
Helps to show the internal features of the model
47%
Helps to reduce the rebuild time and prevent unintentional changes to the model
11%
Helps to show the external features of the model
👍2
5) You have designed a plastic part that you want to split and save in two separate unique parts. You use the Split tool to split the part in half and create the two bodies. What do you do next?
Anonymous Quiz
26%
Navigate to the Solid Bodies folder, right-click the body name, and select Isolate and save .
18%
Within the Split tool, select Consume Bodies.
22%
Within the Split tool, select Save as New Files.
34%
Within the Split tool, click File, double-click the body name, type a name for the new part, Save.
👍1
6) What is required to create a new 2D sketch?
Anonymous Quiz
16%
any existing geometry
15%
any existing plane or curved face
63%
any existing plane or planar face
6%
any planar or curved surface
7) You want to focus on a single component within your assembly and hide all the rest. How can you do this?
Anonymous Quiz
18%
Right-click the component you want to focus on and select Change Transparency
16%
Right-click the component you want to focus on and select Hide
56%
Right-click the component you want to focus on and select Isolate
10%
Right-click the component you want to focus on and select Suppress
❤1😁1
8) Which reference geometry is NOT available in SOLIDWORKS?
Anonymous Quiz
75%
sphere
7%
plane
12%
point
6%
axis
9) In the image below, which are the parents and children of the Vertical Boss Feature?
Anonymous Quiz
38%
The parent is Base Feature; the children are Slot Cutout, Sketch3, CBORE Hole, and Fillet2
19%
The parent is Vertical Boss; the childre are Base Feature, Slot Cutout, Sketch3 and Fillet2
34%
The parent is Base Feature; the children are Vertical Boss, Slot Cutout, Sketch3 and CBORE Holde
9%
The parents are CBORE Hole and Base Feature; the children are Slot Cutout, Sketch3, , and Fillet2
10) In the image belew, which parts are fixed?
Anonymous Quiz
10%
Link 1
8%
Link 3
36%
Link 5
46%
Base
Hello Solidworks Community.
We have a New Challenge for you.😎 (Intermediate)
📌Calculate The Correct Mass and leave your answers in the comments below 👇
@Solidworks2019
We have a New Challenge for you.😎 (Intermediate)
📌Calculate The Correct Mass and leave your answers in the comments below 👇
@Solidworks2019
👍3
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Complete manufacturing of complex components: NILES-SIMMONS machine concept „CLOSED-DOOR-MACHINING“
NILES-SIMMONS developed the machining concept “CLOSED-DOOR-MACHINING to meet the ever-increasing requirements concerning the manufacturing of complex, high-precision parts and components initially for the aviation industry.
This concept allows the complete machining of parts in one continuous process within one machine and without any operator interventions. It is applicable for various part types which, historically, had to be manufactured in several process steps on various different machines.
@Solidworks2019
NILES-SIMMONS developed the machining concept “CLOSED-DOOR-MACHINING to meet the ever-increasing requirements concerning the manufacturing of complex, high-precision parts and components initially for the aviation industry.
This concept allows the complete machining of parts in one continuous process within one machine and without any operator interventions. It is applicable for various part types which, historically, had to be manufactured in several process steps on various different machines.
@Solidworks2019
👍1
SolidWorks
Complete manufacturing of complex components: NILES-SIMMONS machine concept „CLOSED-DOOR-MACHINING“ NILES-SIMMONS developed the machining concept “CLOSED-DOOR-MACHINING to meet the ever-increasing requirements concerning the manufacturing of complex, high…
NILES-SIMMONS_CLOSED_DOOR_MACHINING_revised-english.pdf
1.6 MB
👍3
An Introduction to Mechanics of Solids
━━━━━━━━━━━━
Author : Crandall, Dahl, Lardner, Sivakumar
Publication : McGraw Hill Publications
Pages : 592
Type : E-Book
Size : 8.7MB
#Book
PDF 👇
@Solidworks2019
━━━━━━━━━━━━
Author : Crandall, Dahl, Lardner, Sivakumar
Publication : McGraw Hill Publications
Pages : 592
Type : E-Book
Size : 8.7MB
#Book
PDF 👇
@Solidworks2019
👍8
(Machining Design Guidelines )
✅Turning Guidelines
📌Blind Hole Relief
Provide tool relief for the bottoms of blind bored holes.
Tool relief at the end of a bored hole will simplify the operation of honing, boring, reaming, and grinding and reduce costs. The minimum amount of relief is expressed as a percent of the diameter of the pre-bored.
It is recommended that relief at the end of bored hole should be greater than or equal to 3% of the diameter of bored hole.
@Solidworks2019
✅Turning Guidelines
📌Blind Hole Relief
Provide tool relief for the bottoms of blind bored holes.
Tool relief at the end of a bored hole will simplify the operation of honing, boring, reaming, and grinding and reduce costs. The minimum amount of relief is expressed as a percent of the diameter of the pre-bored.
It is recommended that relief at the end of bored hole should be greater than or equal to 3% of the diameter of bored hole.
@Solidworks2019
👍7
(Machining Design Guidelines )
✅Turning Guidelines
📌Minimum Internal Corner Radius
It is recommended to avoid sharp internal corners and provide large inside radius so that a tool with large nose radius can enter easily. A tool with large radius is less prone to breakage. A turn-down surface at right angles to an un-machined (cast) surface might lead to burrs. The minimum radius on internal corners of a turned part determines the cutting inserts that can be used.
It is always recommended to use cutting inserts with larger radii.
@Solidworks2019
✅Turning Guidelines
📌Minimum Internal Corner Radius
It is recommended to avoid sharp internal corners and provide large inside radius so that a tool with large nose radius can enter easily. A tool with large radius is less prone to breakage. A turn-down surface at right angles to an un-machined (cast) surface might lead to burrs. The minimum radius on internal corners of a turned part determines the cutting inserts that can be used.
It is always recommended to use cutting inserts with larger radii.
@Solidworks2019
👍10