2. Mission Statement Devise a solution to minimize the vibration propagated from the pump system, through the steel frame, and to the surrounding workplace. This is meant to reduce any interference the pumps vibrations could have on sensitive manufacturing equipment.

3. Main Design Requirements Reduce the vibration by at least 25% (measured by acceleration) Cost less than $1000 per frame Require no power (passive) Perform at 4 designated pump speeds Fit within the current frame

4. Diagnostic Testing Frame is too soft. Plate not properly isolated Viscoelastic tape did not perform Plate Isolation showed the best results

5. Modal Analysis of Frame

6. FEA Structural Analysis of Frame

7. 3D Modeling

8. Thickness and Geometry Design The thickness and geometry for the isolator was selected through testing

9. Performance

10. Comparison of vibration level with and without rubber with pump speed of 70 Hz and booster speed at 30 Hz.

11. Meeting Design Requirements RequirementExpectedResults Performance25%23% Cost$1000/frame$83.81/frame PowerNone Speeds4 Speed Combo Frame ConstraintFit in current frame