ĐỀ THI CHỨNG CHỈ SOLIDWORKS CSWP( tieng anh)

SOLIDWORKS CERTIFICATION EXAM : Đề thi chứng chỉ Solidworks CSWP (tiêng Anh) bạn nào có nhu cầu tham khải thì tải về xem nhé. Đề gồm 3 phần thi nhé, tổng cộng hơn 60 trang.

parameters you are given They are meant as a reference only for the

dimensions and parameters used to create the part.

- The part’s geometry will then be modified by adding or removing

features specified These major modifications are stages of the part.

Not #2: Any dimensions that are related to new features being added to the part for the current question will be cicled in the images

- Between each stage the part will be updated using variable dimensions specified by letters.

Other important notes:

Not #3: All dimensions needed to build the part correctly and follow the design intent are represented in the images.

Not#4: Your answers should be within 0.5% of the correct answer to be

marked correct For example, if the correct answer is 500 grams, then the allowed error deviation for your answer is 2,5 grams

Hint : To save the most time, make use of linked dimensional values and

equations

Please click yes for 5 points and continue to the next question.

 Yes.

Question 2 of 37: For 10 points.

S1A301002- stage 1:

Build this part in Solidworks.( save part after each question in the diferent file

in case it must be reviewed )

Unit system: MMGS (millimeter, grams, second)

Decimal places : 2

Part origin: Arbitrary.

Material: 1060 Alloy Aluminum.

Densyti: 2700kg/m 3

All holes through all unless shown otherwise

1305.28 1365.28

Question 3 of 37: For 10 points.

S1A302007 – Update parameters of stage 1.

Build this part in Solidworks ( Save part after each question in a different file

in case it must be reviewed ).

Unit system: MMGS ( millimeter , grams , second).

Decimal places: 2

Part origin: Arbitrary.

Material: 1060 Alloy Aluminum.

Density = 2700kg/m 3

All holes through all unless shown otherwise.

Radius of fillets and rounds =10mm unless otherwise noted.

- Use the part from the previous question.

- The geometry of the part has remainted constant from the previous question except for the values of the parameters listed below.

- Update the parameters to the following values.

(use, (points) as decimal separator)

Questions 4 of 37: For 10 points.

S1A303003- update parameter of stage 1.

Build this part in Solidworks (save part after each question in a differenf file

in case in must be reviewed) Unit system MMGS (millimeter, gram, second) Decimal places: 2

Part origin: Arbitrary

Material: 1060 Alloy Aluminum.

Density: 2700kg/m 3

All holes through all unless shown otherwise noted.

Use the part from the previous question.

The geometry of the part has remained constant from the previous question except for the values of the parameter listed below.

Update the parameters to the following values :

A= 204 mm

B=72 mm

X= A/4

Y= (2*B)/3

Measure the mass of the part.

What is the mass of the part (gram)?

Enter Valus

Picture 3

Question 5 of 37: for 10 points.

S1A304001 – Stage 2: Build this part in Solidworks ( Save part after each question in a different file in case it must be reviewed).

Unit system MMGS (millimeter, gram, second).

Decimal places: 2

Part origin: Arbitrary

Material: 1060 Alloy Aluminum.

Density: 2700kg/m 3

All holes through all unless shown otherwise noted.

Radius of fillets and rounds = 10mm unless otherwise noted.

Use the part from the privous question.

The part is to be modified using the following instructions and parameters The changes are concentrated in areas AA and BB indicated in the image.

Noted: New fillets and rounds to be created are highlighted in RED in the images for better clarity.

There are 18 total filleted edges, R=10mm.

Noted #2: Any dimensions that are related to new features being added to the part for the current question are circled in the images for clarity.

Use the following paremeters and equations which correspond to the

dimensions labeled in the images :

Picture 4

Picture 1

Picture 3

Picture 4

Use the part from the privous question.

The geometry of the part has remained constant from the previous question except for the values of the parameters listed below.

Update the parameters to the following values:

Measure the mass of the part.

What is the mass of the part (gram)?

Enter values:

Picture 1

Picture 2

Picture 4 Question 7 of the 37: For 10 points.

S1A306003- Update parameters of Stage 2.

Build this part in Solidworks ( Save part after each question in a different file

in case it must be reviewed).

Unit system MMGS (millimeter, gram, second).

Decimal places: 2

Part origin: Arbitrary

Material: 1060 Alloy Aluminum.

Density: 2700kg/m 3

All holes through all unless shown otherwise noted.

Radius of fillets and rounds = 10mm unless otherwise noted.

Use the part from the privous question.

The geometry of the part has remained constant from the previous question except for the values of the parameters listed below.

Update the parameters to the following values:

Measure the mass of the part.

What is the mass of the part (gram)?

Enter values:

Picture 1

Picture 4 Question 8 of 37: For 10 points.

S1A307009- Stage 3:

Build this part in Solidworks ( Save part after each question in a different file

in case it must be reviewed).

Unit system MMGS (millimeter, gram, second).

Decimal places: 2

Part origin: Arbitrary

Material: 1060 Alloy Aluminum.

Density: 2700kg/m 3

All holes through all unless shown otherwise noted.

Radius of fillets and rounds = 10mm unless otherwise noted.

Use the part from the privous question.

The part is to be modified using the following instructions and parameters The changes are concentrated in areas AA and BB indicated in the image.

Noted: New fillets and rounds to be created are highlighted in RED in the images for better clarity.

There are 16 total filleted edges, R=10mm.

Noted #2: Any dimensions that are related to new features being added to the part for the current question are circled in the images for clarity.

Use the following paremeters and equations which correspond to the

dimensions labeled in the images :

A= 228mm

B=88mm

X= A/4

Y= (2*B)/3

Measure the mass of the part.

What is the mass of the part (gram)?

Picture 1

Picture 3

Picture 4

Picture 5

Question 9 of the 37: For 10 points.

S1A308005- Update parameters of Stage 3.

Build this part in Solidworks ( Save part after each question in a different file

in case it must be reviewed).

Unit system MMGS (millimeter, gram, second).

Decimal places: 2

Part origin: Arbitrary

Material: 1060 Alloy Aluminum.

Density: 2700kg/m 3

All holes through all unless shown otherwise noted.

Radius of fillets and rounds = 10mm unless otherwise noted.

Use the part from the privous question.

The geometry of the part has remained constant from the previous question except for the values of the parameters listed below.

Update the parameters to the following values:

A= 233mm

B= 93mm

X= A/4

Y=(2*B)/3

Measure the mass of the part.

What is the mass of the part (gram)?

Enter values:

Picture 2

Picture 3

Picture 4 Question 10 of the 37: For 10 points.

S1A309003- Update parameters of Stage 3.

Build this part in Solidworks ( Save part after each question in a different file

in case it must be reviewed).

Unit system MMGS (millimeter, gram, second).

Decimal places: 2

Part origin: Arbitrary

Material: 1060 Alloy Aluminum.

Density: 2700kg/m 3

All holes through all unless shown otherwise noted.

Radius of fillets and rounds = 10mm unless otherwise noted.

Use the part from the privous question.

The geometry of the part has remained constant from the previous question except for the values of the parameters listed below.

Update the parameters to the following values:

A= 240mm

B= 100mm

X= A/4

Y=(2*B)/3

Measure the mass of the part.

What is the mass of the part (gram)?

Enter values:

Picture 2

Picture 3

Picture 4 Question 11 of the 37: For 10 points.

S1A310002- Update parameters of Stage 3.

Build this part in Solidworks ( Save part after each question in a different file

in case it must be reviewed).

Unit system MMGS (millimeter, gram, second).

Decimal places: 2

Part origin: Arbitrary

Material: 1060 Alloy Aluminum.

Density: 2700kg/m 3

All holes through all unless shown otherwise noted.

Radius of fillets and rounds = 10mm unless otherwise noted.

Use the part from the privous question.

The geometry of the part has remained constant from the previous question except for the values of the parameters listed below.

Update the parameters to the following values:

A= 247mm

B= 107mm

X= A/4

Y=(2*B)/3

Measure the mass of the part.

What is the mass of the part (gram)?

Enter values:

Picture 2

Picture 3

Picture 4

Question 12 of the 37: For 5 points.

S2A401001- Modify Existing part problem set.

This text describes the problem that must be solved in the segment Please read this in its entirety before proceeding and click yes for 5points.

Please note that the use of other test taker’s completed models and assemblies can lead to the annulment of your results per the candidate Conduct policy you agreed to.

Note: the images shown may not be to proportion depending on the parameters you are given They are meant as a reference only for the dimensions and

will need for this problem set.

Open the download zip file and save the contents to a location the Solidworks can access on your computer

Save the part at each question with a unique name in case it needs to be

reviewed

Please click yes for 5 points and continue to the next questions.

Question 13 of the 37: For 9 points.

S2A402001- Change angle

Unit system: MMGS (millimeter, gram, second).

Decimal place: 2

Open the part S2-1 sldprt.

Modify the starting part by adding, removing or modifying the minimum

amount of dimensions or feature so that angle X and radius Y have the

following value:

X= 14.5 degrees

Y=2.5 mm

Note: the part before the modification is labeled 1 and the part after the

modification is labeled 2 (See images).

No other parameters or feature dimensions will change.

Measure the distance indicated by the dimension Z (mm).

What is the distance indicated by the dimensions Z (mm)?

Question 14 of the 37: For 9 points.

S2A403001- Change angle

Unit system: MMGS (millimeter, gram, second).

Question 15 of the 37: For 9 points.

S2A403001- Change angle

Unit system: MMGS (millimeter, gram, second).

Decimal place: 2

Open the part S2-1 sldprt.

Modify the starting part by adding, removing or modifying the minimum

amount of dimensions or feature so that the pocket is removed from the one side of the part indicated in the images.

The other side will still return the pocket.

Note: the part before the modification is labeled 1 and the part after the

modification is labeled 2 (See images).

No other parameters or feature dimensions will change.

Measure the mass of the part after modification (gram)

What is the mass of the part after modification (gram)?

Enter value:

Question 16 of the 37: For 9 points.

S2A405001- Modify pocket.

Unit system: MMGS (millimeter, gram, second).

Decimal place: 2

Modify the part from the last question by adding removing or modifying the minimum amount of dimension or feature so that the following changes are done:

Remove all fillets from the inner pocket.

Question 17 of the 37: For 9 points.

S2A406001- Remove boss

Unit system: MMGS (millimeter, gram, second).

Decimal place: 2

Open the part S2-2.sldprt.

Modify the starting part by adding, removing or modifying the minimum

amount of dimemsions or feature so that the boss indicated is removed from the part.

Note: The part before the modification is labeled 1 and the part after the

modification is the labeled 2 (See images).

The symmetrical pocket’s corner should be modified so that it no longer

fowows the countuor of the boss.

No other parameter or feature dimension will change.

Measure the mass of the part ofter modification (gram).

What is the mass of the part after modification (gram)?

10573.12 10173.12

Question 18 of the 37: For 9 points.

S2A407001- Add groove

Unit system: MMGS (millimeter, gram, second).

Decimal place: 2

Modify the part from the last question by adding, removing or modifying the minimum amount of dimensions or features so that the groove is added to the shorter cylindrical section of the part.

Note: the part before the modification is labeled 1 and the part after the

modification is labeled 2 (See images).

No other parameter or feature dimensions will change.

Note: the diameter B shown in the images will remain constant when adding

Using the part from the last question, switch to configuration “C”.

Note: Image shows part in configuration A.

Note 2: The color shown in the image may difer from your part depending on the material assigned.

Measure the mass of the part.

What is the mass of the part (gram)?

Create a through hole as indicated in the image that will be UNSUPPRESSED

in configuration Z and B and SUPEREEED in on the other configuration.

Using the part from the last question, switch black to configuration “B”.

Note: image shown is of part in configuration A.

Note 2: The color shown in the image may difer from your part depending on the material assigned.

Measure the mass of the part.

What is the mass of the part (gram)?

Enter value:

Question 23 of 37: For 9 points.

S2A412001- Feature E7.

Unit system: MMGS (milimet, gram, second).

Look for the feature E7 in the feature manager design tree.

Determine in which configuration the feature E7 is suppressed.

In which configuration is the feature E7 supressed? (Selec all that apply).

Save the assembly with the name “RA”.

Create a coordinate system at the location and orientation shown in the first image and rename it CS1.

Note: THIS COORDINATE SYSTEM CS1 WIL BE USED THROUTHOUT THIS PROBLEM SET.

Measure the Center of mass of the assembly relative to the coordinate system CS1.

What is the Center of mass of the assembly (mm)?

X=299.90, Y=149.86, Z=-5.95

X=199.90,Y=449.86, Z=-105.95

X= 199.90, Y=249.86, Z=-10.50

X=0,Y=0,Z=0

Question 26 of 37: For 8 points.

S3A703001- Insert Actuator1 into RA Main Assembly.

Unit system: MMGS (milimet, gram, second).

Decimal places: 2

Insert the part Actuator1 into the RA main assembly

Position and mate the Actuator1 with respect to the base as shown Create all the necessary mates.

Note: the position ofActuator1 should be fully constrained after all the mates have been applied.

Measure the Center of mass of the assembly relative to the coordinate system CS1created earlier.

What is the Center of mass of assembly (mm)?

Picture 1

Picture 2

39

Question 27 of 37: For 8 points.

S3A704001- Insert assembly X1 into RA main assembly

Unit system: MMGS (milinet, gram, second).

Decimal place: 2

Insert the X1 assembly to the RA main assembly.

Mate and position the X1 sub – assembly as shown in the images.

Note 1: please refer to the second images, Details F and L, to ensure that you have oriented the X1 sub- assembly correctly.

Note 2: X1’s position should be fully constrained after all the mates have been applied.

Note 3: An enterference may exist between the X1 sub-assembly and the

Actator1 component If there is an enterference, this will be corrected at a later Stage of the design not covered by this exam.

Measure the Center of mass of the assembly relative to the coordinate system CS1 created earlier.

What is the Center of mass of the main assembly (mm)?

Picture 5