Talk:Weed whacker
From DDL Wiki
(Difference between revisions)
| Line 3: | Line 3: | ||
*Apparently several assumptions have been made for your weight balance analysis. Please list them in an organized way. | *Apparently several assumptions have been made for your weight balance analysis. Please list them in an organized way. | ||
*The weed whacker is designed to be used at an inclined angle. Thus the free body-diagram should be analyzed at that assumed angle, not in horizontal. | *The weed whacker is designed to be used at an inclined angle. Thus the free body-diagram should be analyzed at that assumed angle, not in horizontal. | ||
| - | *Please revise the | + | *Please revise the free-body diagram and indicate the meaning of each location, for example, engine, whacker disc and user’s hand-holding locations, etc. From the current diagram, it is difficult for reader to identify these locations. |
*The calculation for the impulse is not clear. Please include a simple diagram for better explaining the concept. Also, please define the notations used in the equations, including theta and alpha. | *The calculation for the impulse is not clear. Please include a simple diagram for better explaining the concept. Also, please define the notations used in the equations, including theta and alpha. | ||
Revision as of 15:10, 2 October 2008
Client comments on the Mechanical Analysis
The mechanical analysis focuses on the weight balance of the weed whacker, which is important to the users. Here are few comments about the analysis:
- Apparently several assumptions have been made for your weight balance analysis. Please list them in an organized way.
- The weed whacker is designed to be used at an inclined angle. Thus the free body-diagram should be analyzed at that assumed angle, not in horizontal.
- Please revise the free-body diagram and indicate the meaning of each location, for example, engine, whacker disc and user’s hand-holding locations, etc. From the current diagram, it is difficult for reader to identify these locations.
- The calculation for the impulse is not clear. Please include a simple diagram for better explaining the concept. Also, please define the notations used in the equations, including theta and alpha.
