Design Principles: Difference between revisions
Jump to navigation
Jump to search
(Created page with "To design artifacts in any mechatronic design, here are general best practices for any design, including OSE designs. OSE designs have extra requirements in the form of OSE...") |
No edit summary |
||
| Line 1: | Line 1: | ||
To design artifacts in any mechatronic design, here are general best practices for any design, including OSE designs. OSE designs have extra requirements in the form of [[OSE Specifications]], but the ones below are generic: | To design artifacts in any mechatronic design, here are general best practices for any design, including OSE designs. OSE designs have extra requirements in the form of [[OSE Specifications]], but the ones below are generic: | ||
#Use minimum structure possible to perform a desired task. To get additional strength, first consider [[Intensive Scalability]], and second, [[Extensive Scalability]] | #Use minimum extent of structure possible to perform a desired task. To get additional strength, first consider [[Intensive Scalability]], and second, [[Extensive Scalability]] | ||
#Use the minimum number of | #Use the minimum number of fasteners to perform a desired task. For fastener strength, see [[Clamp Force]] | ||
Revision as of 22:17, 28 November 2019
To design artifacts in any mechatronic design, here are general best practices for any design, including OSE designs. OSE designs have extra requirements in the form of OSE Specifications, but the ones below are generic:
- Use minimum extent of structure possible to perform a desired task. To get additional strength, first consider Intensive Scalability, and second, Extensive Scalability
- Use the minimum number of fasteners to perform a desired task. For fastener strength, see Clamp Force