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1. An Introduction to Inventor Simulation2. Design Problem 1: 90 Degree M16 Bolt Removal Tool3. Design Problem 2: New Mechanism Design for Existing Bridge4. Design Problem 3: New Mechanism Design for Transporter Ramp5. Design Problem 4: Racing Car Engine Connecting Rod6. Design Problem 5: Agricultural Spring Mechanism Design7. Design Problem 6: Rotary Compressor Design8. Design Problem 7: High Speed Bottle Transfer Unit9. An Overview of Part and Assembly Stress Analysis10. Design Problem 8: Structural Validation of Mounting Lugs11. Design Problem 9: Structural Validation of Connecting Rod12. Design Problem 10: Industrial Centrifugal Fans13. Design Problem 11: Structural Design of Moving Bridge14. Design Problem 12: Structural Validation of Trailer Chassis15. Design Problem 13: Structural Optimization of a Lifting Mechanism16. Design Problem 14: Modal Analysis of TV Camera Arm Attached to Helicopter17. Frame Analysis Environment18. Design Problem 15: Frame Analysis Using Content Centre Structures19. Design Problem 16: Frame Analysis Using Frame Generator Structures
1. An Introduction to Inventor Simulation2. Design Problem 1: 90 Degree M16 Bolt Removal Tool3. Design Problem 2: New Mechanism Design for Existing Bridge4. Design Problem 3: New Mechanism Design for Transporter Ramp5. Design Problem 4: Racing Car Engine Connecting Rod6. Design Problem 5: Agricultural Spring Mechanism Design7. Design Problem 6: Rotary Compressor Design8. Design Problem 7: High Speed Bottle Transfer Unit9. An Overview of Part and Assembly Stress Analysis10. Design Problem 8: Structural Validation of Mounting Lugs11. Design Problem 9: Structural Validation of Connecting Rod12. Design Problem 10: Industrial Centrifugal Fans13. Design Problem 11: Structural Design of Moving Bridge14. Design Problem 12: Structural Validation of Trailer Chassis15. Design Problem 13: Structural Optimization of a Lifting Mechanism16. Design Problem 14: Modal Analysis of TV Camera Arm Attached to Helicopter17. Frame Analysis Environment18. Design Problem 15: Frame Analysis Using Content Centre Structures19. Design Problem 16: Frame Analysis Using Frame Generator Structures
Unleash the power of Inventor Simulation to streamline your product design process with expert guidance, tips and knowledge from a leading Inventor Simulation trainer
1. An Introduction to Inventor Simulation2. Design Problem 1: 90 Degree M16 Bolt Removal Tool3. Design Problem 2: New Mechanism Design for Existing Bridge4. Design Problem 3: New Mechanism Design for Transporter Ramp5. Design Problem 4: Racing Car Engine Connecting Rod6. Design Problem 5: Agricultural Spring Mechanism Design7. Design Problem 6: Rotary Compressor Design8. Design Problem 7: High Speed Bottle Transfer Unit9. An Overview of Part and Assembly Stress Analysis10. Design Problem 8: Structural Validation of Mounting Lugs11. Design Problem 9: Structural Validation of Connecting Rod12. Design Problem 10: Industrial Centrifugal Fans13. Design Problem 11: Structural Design of Moving Bridge14. Design Problem 12: Structural Validation of Trailer Chassis15. Design Problem 13: Structural Optimization of a Lifting Mechanism16. Design Problem 14: Modal Analysis of TV Camera Arm Attached to Helicopter17. Frame Analysis Environment18. Design Problem 15: Frame Analysis Using Content Centre Structures19. Design Problem 16: Frame Analysis Using Frame Generator Structures
Wasim Younis is an Autodesk Simulation consultant with over 15 years' experience in the manufacturing sector and Director of VDS Solutions (www.vdssolutions.co.uk), a leading Autodesk Inventor Simulation training, support and consultancy provider. He is well known within Autodesk Inventor Simulation community worldwide and is a regular contributor of Simulation tips, tricks and articles to Experience Manufacturing, the magazine dedicated to Autodesk Inventor users.
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