Department of Mechanical Engineering
Mech 403/503
Computer Aided Design Room ME241
Help Files
1. Engineering part sketching assignment (pdf) 2. Examples of proper drawing dimensioning (pdf) 2a. Comments on proper drawing dimensioning (pdf) 2b. Common dimension error notations on solid (txt) 2c. Design intent & Dimensions (pdf) 3. Cleaning SW default drawing dimension (pdf) 4. Significant figures in calculations (pdf) 5. Weights of average human body parts, pdf 6. Human palm as an elastic support, pdf 7. Setting the total Factor of Safety (FOS), pdf 8. Controlling accuracy of a simulation study, pdf 9. Modifying simulation images for reports, pdf 10. Suggested design report styles, pdf 11. White Paper on Motion vs Simulation studies, pdf 12. Very bad blue blob example, pdf
2. Examples of proper drawing dimensioning (pdf) 2a. Comments on proper drawing dimensioning (pdf) 2b. Common dimension error notations on solid (txt) 2c. Design intent & Dimensions (pdf) 3. Cleaning SW default drawing dimension (pdf) 4. Significant figures in calculations (pdf) 5. Weights of average human body parts, pdf 6. Human palm as an elastic support, pdf 7. Setting the total Factor of Safety (FOS), pdf 8. Controlling accuracy of a simulation study, pdf 9. Modifying simulation images for reports, pdf 10. Suggested design report styles, pdf 11. White Paper on Motion vs Simulation studies, pdf 12. Very bad blue blob example, pdf
2a. Comments on proper drawing dimensioning (pdf) 2b. Common dimension error notations on solid (txt) 2c. Design intent & Dimensions (pdf) 3. Cleaning SW default drawing dimension (pdf) 4. Significant figures in calculations (pdf) 5. Weights of average human body parts, pdf 6. Human palm as an elastic support, pdf 7. Setting the total Factor of Safety (FOS), pdf 8. Controlling accuracy of a simulation study, pdf 9. Modifying simulation images for reports, pdf 10. Suggested design report styles, pdf 11. White Paper on Motion vs Simulation studies, pdf 12. Very bad blue blob example, pdf
2b. Common dimension error notations on solid (txt) 2c. Design intent & Dimensions (pdf) 3. Cleaning SW default drawing dimension (pdf) 4. Significant figures in calculations (pdf) 5. Weights of average human body parts, pdf 6. Human palm as an elastic support, pdf 7. Setting the total Factor of Safety (FOS), pdf 8. Controlling accuracy of a simulation study, pdf 9. Modifying simulation images for reports, pdf 10. Suggested design report styles, pdf 11. White Paper on Motion vs Simulation studies, pdf 12. Very bad blue blob example, pdf
2c. Design intent & Dimensions (pdf) 3. Cleaning SW default drawing dimension (pdf) 4. Significant figures in calculations (pdf) 5. Weights of average human body parts, pdf 6. Human palm as an elastic support, pdf 7. Setting the total Factor of Safety (FOS), pdf 8. Controlling accuracy of a simulation study, pdf 9. Modifying simulation images for reports, pdf 10. Suggested design report styles, pdf 11. White Paper on Motion vs Simulation studies, pdf 12. Very bad blue blob example, pdf
3. Cleaning SW default drawing dimension (pdf) 4. Significant figures in calculations (pdf) 5. Weights of average human body parts, pdf 6. Human palm as an elastic support, pdf 7. Setting the total Factor of Safety (FOS), pdf 8. Controlling accuracy of a simulation study, pdf 9. Modifying simulation images for reports, pdf 10. Suggested design report styles, pdf 11. White Paper on Motion vs Simulation studies, pdf 12. Very bad blue blob example, pdf
4. Significant figures in calculations (pdf) 5. Weights of average human body parts, pdf 6. Human palm as an elastic support, pdf 7. Setting the total Factor of Safety (FOS), pdf 8. Controlling accuracy of a simulation study, pdf 9. Modifying simulation images for reports, pdf 10. Suggested design report styles, pdf 11. White Paper on Motion vs Simulation studies, pdf 12. Very bad blue blob example, pdf
5. Weights of average human body parts, pdf 6. Human palm as an elastic support, pdf 7. Setting the total Factor of Safety (FOS), pdf 8. Controlling accuracy of a simulation study, pdf 9. Modifying simulation images for reports, pdf 10. Suggested design report styles, pdf 11. White Paper on Motion vs Simulation studies, pdf 12. Very bad blue blob example, pdf
6. Human palm as an elastic support, pdf 7. Setting the total Factor of Safety (FOS), pdf 8. Controlling accuracy of a simulation study, pdf 9. Modifying simulation images for reports, pdf 10. Suggested design report styles, pdf 11. White Paper on Motion vs Simulation studies, pdf 12. Very bad blue blob example, pdf
7. Setting the total Factor of Safety (FOS), pdf 8. Controlling accuracy of a simulation study, pdf 9. Modifying simulation images for reports, pdf 10. Suggested design report styles, pdf 11. White Paper on Motion vs Simulation studies, pdf 12. Very bad blue blob example, pdf
8. Controlling accuracy of a simulation study, pdf 9. Modifying simulation images for reports, pdf 10. Suggested design report styles, pdf 11. White Paper on Motion vs Simulation studies, pdf 12. Very bad blue blob example, pdf
9. Modifying simulation images for reports, pdf 10. Suggested design report styles, pdf 11. White Paper on Motion vs Simulation studies, pdf 12. Very bad blue blob example, pdf
10. Suggested design report styles, pdf 11. White Paper on Motion vs Simulation studies, pdf 12. Very bad blue blob example, pdf
11. White Paper on Motion vs Simulation studies, pdf 12. Very bad blue blob example, pdf
12. Very bad blue blob example, pdf
