Hello @tous, :)
Would you like to know your level on SOLIDWORKS ? In 5 minutes, do the knowledge tests on SOLIDWORKS and its different products : basic, sheet metal, simulation, welded constructions...
Feel free to post your scores;)
Have a good day, Coralie
Hello Coralie,
Well thank you for this test, I'll test when I have an availability, I saw a preview, it looks pretty good due to everything to see, I'll do it... @+.
AR.
@A.R and yes, it allows you to learn new techniques and practice on features that you may not use on a daily basis:)
Coralie
Yes exactly I'm going to try... we stand informé...@+.
AR.
@tous,
Great, will you keep me informed of your results;)
Coralie
Hello
I look at it when I have 5 minutes.
May the force be with you.
Good morning,
I did 3 tests:
Base:18/20
Sheet metal: 14/20
Welded mechanic: 14/20
It's like the highway code, it's on multiple choices that we get fooled:p (but not only...)
Good luck to you.
Hello@tous
Great, we're waiting for the results!
Congratulations @Fuz3D, what good marks! Congratulations:)
Hello
I did 3 tests as well,
Base 19/20
Sheet metal work 15/20
16/19 ??? assembly
Maybe a test on the standard functions is missing
Hello
I just did the basic test=18/20.
@+.
A.R
Hello @tous,
Congratulations, you all got very good grades! @gwygwy 20/20 on the basic test bravo!
@Pierre S, @gwygwy , thank you for your feedback and recommendations; @gwygwy can you tell me on which test(s) the written questions were difficult to understand so that we can improve them?
I thank you and congratulate you again on these great results, there is a high level! :)
Coralie
Hello
Basic test:15/20, Better than in high school ;-)
What would be nice is to see where we have screwed up
Always learning from your mistakes...
Will do the other asap tests
A+
Hello
15/20
- with a mistake of inattention on the oblong contour the 220 dimension that was present (bam! a bath)
- error on automatic bubble (I must say that I hardly have time to jam the bubble)
On the other hand, I didn't understand why he puts a bubble on me: "How many degrees of freedom do we have to block on a part for it to be fixed in space?"" For me, who very often fixes by planes rather than surfaces, the answer is: "3 DDL" the minimum being two, one axial stress and two edges
I didn't understand why he banished me on the last question "By what types of functions can the next part be obtained?" I who very often make the radii in the sketch rather than with the Radius/chamfer function, we can very well make the part with a single revolution and four holes for the flanges.
Kind regards
Hello
9/19 Advanced Assemblies It's not surprising because I only use ultra standard constraints (no config), I don't use functions that work badly or that are badly done.
Kind regards
Basic test: 19/20
Welding: 13/20
Sheet metal work: 11/20
Advanced assembly: 9/19 (although I use them)
Static simulation: 12/20
@Zozo_mp: A body (one part) has six degrees of freedom (DDL) in space (three translations according to x, y & z as well as three rotations "around" x, y and z); So you have to block all six for a piece to be fixed. You are confusing constraints with degrees of freedom. A plane support constraint, for example, can block one translation (vector normal to planes) and two rotations ("around" the two remaining vectors of the reference frame); i.e. three DDLs. If we put aside the "fixed" constraint that alone blocks 6 DDLs, the minimum constraints needed to block 6 DDLs is indeed two.
Hello @tous,
I see that the assembly test is not easy...! Congratulations to all, you still get very good averages!
@zozo_mp, thank you for your comments that I share with the creators of the test! Several answers are indeed possible depending on your daily uses,
Have a nice day
Coralie
Hello @mgauroy
Thank you for taking the time to explain effectively, I understand better the possible ambiguity.
As I use planes almost all the time (more and more often) to put constraints, it absolves me of degrees of freedom.
Kind regards
Hello;
Basic Test: 19/20
Welded construction: 17/20
Sheet metal: 17/20
Advanced Assemblies: 16/20
Simulation: 13/20
the corrections are missing.... to see if my "few" answers "Au pif" are right or not :).
Kind regards.
Hello
I did 3 tests:
Base:20/20
Sheet metal: 11/20
Mechanically welded: 17/20
and as @FUZ3D
It's like the highway code, it's on multiple choices that we get fooled:p
And for me, written answers are difficult to understand, it's hard to verbalize icons and my design automatisms.
Good luck to you.