Robust Design: Difference between revisions
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=About= | |||
Various strategies that make a product more robust. These can be myriad: | |||
#[[Lifetime Design]] | |||
#[[Modular Design]] | |||
#[[Construction Set Approach]] | |||
#[[System Robustification]] | |||
#[[Technological Recursion]] | |||
#[[Design-for-Disassembly]] | |||
#[[Design-for-Tolerancing]] | |||
#[[Product Ecologies]] | |||
and many more. | |||
=Concept= | =Concept= | ||
AKA the Taguchi method - [https://www.isixsigma.com/methodology/robust-design-taguchi-method/introduction-robust-design-taguchi-method/] | AKA the Taguchi method - [https://www.isixsigma.com/methodology/robust-design-taguchi-method/introduction-robust-design-taguchi-method/] | ||
Revision as of 06:37, 14 July 2023
About
Various strategies that make a product more robust. These can be myriad:
- Lifetime Design
- Modular Design
- Construction Set Approach
- System Robustification
- Technological Recursion
- Design-for-Disassembly
- Design-for-Tolerancing
- Product Ecologies
and many more.
Concept
AKA the Taguchi method - [1]
Philosophy
This relates to the OSE Vision, and to Antifragility of systems consistent with Lifelong Learning for evolution, transcendence, and Sublimation.