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ĐỀ THI CHỨNG CHỈ SOLIDWORKS CSWP Phần 1: Question of 37: For points S1A300- Part Creation and Modification Problem set This text decribes the problem that must be solved in this problem set Please read this in it’s entirety before proceeding and click yes for points Please note that the use of other test taker’s complete models and assemblies can lead to the annulment of your results per the candidate conduct policy you agreed to - You will create part using the drawings and parameters specified in the following questions Not # 1: 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 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 points and continue to the next question Yes Question 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 : Part origin: Arbitrary Material: 1060 Alloy Aluminum Densyti: 2700kg/m3 All holes through all unless shown otherwise Radius of fillets and rounds =10mm unless otherwise noted Note: New fillets and rounds to be created are highlighted in RED in the images for better clarity - There are 14 total filleted edges , R=10 mm - Use the following parameters and equations which correspond to the dimensions labeled in the images A= 222mm B= 81mm X=A/4 Y= (2*B)/3 - Measure the mass of the part What is the mass of the part (grams) 1305.28 1225.28 1365.28 1265.28 Question of 37: For 10 points S1A302007 – Update parameters of stage 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: Part origin: Arbitrary Material: 1060 Alloy Aluminum Density = 2700kg/m3 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 A =252mm B= 89mm X= A/4 Y = (2*B)/3 - Measure the mass of the part What is the mass of the part ( grams)? Enter value: (use, (points) as decimal separator) Questions of 37: For 10 points S1A303003- update parameter of stage 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: Part origin: Arbitrary Material: 1060 Alloy Aluminum Density: 2700kg/m3 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 Picture Picture Question 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) Picture Decimal places: Part origin: Arbitrary Material: 1060 Alloy Aluminum Density: 2700kg/m3 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 : A= 220mm B=80mm X= A/4 Y= (2*B)/3 Z=(A/8)-5mm Measure the mass of the part What is the mass of the part (gram)? 1334.81 1394.81 1274.81 1374.81 Picture Picture Picture Picture 10 Picture Picture 50 Picture Question 31 of 37: For points S3A708001- Claw1 Opening Unit system: MMGS (milimet, gram, second) Decimal place : Unit the Claw1.sldasm assembly you created in the previous question Note: The initial position of the Claw1 assembly before rotation of the Arm_Gear parts is the position as defined in the previous question where the grips are aligned equally to each other Create or remove any necessary mates to allow the opening and movement of the Claw1 assembly as shown Do not modify the position of any of the components as defined in the previous question until instructed below Note: The two Arm_Gear parts should move in a ratio of 32mm:54mm with respect to each other as shown in the image Note2: The gear are currently not sized true to scale and are of the equal size to create a proof of concept This will be corrected at a later stage of the design not covered by this exam Rotate the left Arm_gear to the angle shown in the image with respect to the bottom of the Arm_plate Measure the angle X indicated in the image NOTE: THE ANGLE X WILL BE BETWEEN AND 90 DEGREES What is the measured angle X (degrees)? 51 65.06 71.06 61.06 51.06 Question 32 of 37: For points S3A709001- Insert Claw1 into X3 assembly Unit system: MMGS ( milemet, gram, second) Decimal places: Open the pre-create assembly “ X3 _start.sldasm” Note: Do not modify the position existing mates, or properties of the X3_start assembly Save the assembly with the new name “X3.slfasm” Insert the Claw1 assembly you created in the previous question into the X3 assembly Mate and position the Claw1 sub-assembly as shown in the images Note: Claw1’s position should be fully constrained after all the mates have been applied Measure the Center of Mass of the assembly relative to the default origin What is the Center of Mass of the main assembly (mm)? Enter coordinate: X : 52 Y: Z: Picture 53 Picture Picture 54 Picture Question 33 of 37: For points S3A710001- Insert assembly X3 into RA main assembly Unit system: MMGS ( milemet, gram, second) Decimal places: Return to the RA main assembly Reapply or unsuppress the mate that will make the X2 assembly parallel to the top face of the base part Insert the X3 assembly to the RA main assembly Mate and position the X3 sub-assembly as shown in the image Note: X3’s position should be fully constrained after all the mate have been applied Measure the Center of Mass of the assembly relative to coordinate system CS1 created earlier What is the Center of Mass of the main assembly (mm)? X=204.17, Y=145.46,Z=308.06 X=204.17, Y=345.46,Z=108.06 X=504.17, Y=345.46, Z=208.06 X=404.17, Y=245.46, Z=108.06 55 Picture Picture 56 Picture Picture 57 Question 34 of 37: For points S3A711001- Modify X3 Mass properties Unit system: MMGS ( milimet, gram, second) Decimal places: Maintain the mate and position of all of the components in the RA main assembly as directed in the previous question Return to the X3 subassembly Note: Do not modify any mates or component position in the X3 subassembly Modify the assembly so that X3 has the following mass properties Mass: 6500 grams Center of mass : X=5mm, Y= 50mm, Z=-45mm Note: These properties are with respect to the default assembly coordinate system Return to the RA main assembly Measure the Center of Mass of the RA main assembly relative to the coordinate system CS1 create earfier What is the Center of Mass of the ain assembly (mm)? Enter coordinate: X: Y: Z: Picture 58 Picture Question 35 of 37: For points S3A712001- Mate Claw with sketch S1 Unit system: MMGS ( milimet, gram, second) Decimal places: Maintain the modified mass properties defined for subassembly X3 in the pervious question In the base part, show sketch S1 shown that it becomes visible In the RA main assembly suppress or delete the three appnopriate mates that will alow subassemblies X1, X2 and X3 to rotate freely in the directions as shown in the image Note: Do not modify any other mates or component positions in the RA main assembly In the RA main assembly, mate the vertex of the X3 subassembly as shown in the images so that it follows the path of the sketch S1 with the following parameter : Percentage of distance along path 68% Pitch/Yaw Control Free Roll control Free Note: If the mate of the X3 subassembly and the sketch S1 is applied correctly, there will be to solutions possible Please ensure that you have the solution where no interferences occur as shown in the fourth image Measure the Center of Mass of the RA main assembly relative to the coordinate system CS1 created earfier What is the Center of Mass of the main assembly (mm)? 59 X=399.39, Y=297.33, Z=187.98 X=299.39, Y=197.33, Z=87.98 X=199.39, Y=297.33, Z=87.98 X199.39, Y=97.33, Z=287.98 Picture Picture 60 picture Picture 61 Piture Question 36 of 37: For points S3A713001- Interference detection Unit system: MMGS (milimet, gram, second) Decimal places: In the RA main assembly, modify the mate of X3 and the sketch S1 as defined in the last question so that it has the following parameters Percentage of distance along path 71% Pitch/yaw Control Free Roll control Free Perform an interference detection analysis on all the components of the RA main assembly Note: All coincident components should NOT be treated as interferences Measure the volume of interference between the base and Grip components of the X3 subassembly (mm3) What is the volume of interference between the base and Grip components of the X3 subassembly (mm3) Enter Value: 62 Question 37 of 37: For points S3A714001 – Replace Base part Unit system: MMGS (milimet, gram, second) Decimal places: In the RA main assembly, remove or suppress the mate between X3 and the sketch S1 as defined in the last two question In the RA main assembly, replace part Base with the new part Base B while maintaining the same mates Mate and position the X2 and X3 assemblies as shown in the images Recreate a new coordinate system CS1 in the same relative position and orientation as the previous CS1 if needed Measure the Center of mass of the assembly relative to the coordinate system CS1 What is the Center of Mass of the main assembly (mm)? Enter Coordinates: X: Y: Z: 63 64 ... save the attached zip file This zip file contains all the parts you will need for this problem set Open the download zip file and save the contents to a location the Solidworks can access on your... 1365.28 1265.28 Question of 37: For 10 points S1A302007 – Update parameters of stage Build this part in Solidworks ( Save part after each question in a different file in case it must be reviewed... decimal separator) Questions of 37: For 10 points S1A303003- update parameter of stage Build this part in Solidworks (save part after each question in a differenf file in case in must be reviewed)