XM Concept Review - Revision history

Marcin at 00:21, 28 March 2012

2012-03-28T00:21:56Z

← Older revision		Revision as of 00:21, 28 March 2012
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	The Concept Review step assesses the Conceptual Design and Design Rationale for proper ''direction'' and ''leanness''. ''Direction'' refers to the adaptation of industry standards to OSE Specifications - and assessment of the most well-suited route towards providing a lean yet robust product. After concept review, the technical design begins towards a build - starting with ~~Scaling Calculations~~.		The Concept Review step assesses the Conceptual Design and Design Rationale for proper ''direction'' and ''leanness''. ''Direction'' refers to the adaptation of industry standards to OSE Specifications - and assessment of the most well-suited route towards providing a lean yet robust product. After concept review, the technical design begins towards a build - starting with Product Specification. The Specification narrows into the field of selecting an explicit route to implementation (as the name Specification implies).

	Issues to consider are:		Issues to consider are:

Marcin at 00:18, 28 March 2012

2012-03-28T00:18:09Z

← Older revision		Revision as of 00:18, 28 March 2012
Line 1:		Line 1:
	The Concept Review step assesses the Conceptual Design and Design Rationale for proper ''direction'' and ''leanness''. ''Direction'' refers to the adaptation of industry standards to OSE Specifications - and assessment of the most well-suited route towards providing a lean yet robust product. Issues to consider are:		The Concept Review step assesses the Conceptual Design and Design Rationale for proper ''direction'' and ''leanness''. ''Direction'' refers to the adaptation of industry standards to OSE Specifications - and assessment of the most well-suited route towards providing a lean yet robust product. After concept review, the technical design begins towards a build - starting with Scaling Calculations.

			Issues to consider are:
	*Which industry standard route is most adaptable to the present needs? How much of the industry standard concept should be retained, and what changes should be made for it to meet criteria of low cost, high performance, design-for-fabrication, modularity, design-for-disassembly, and lifetime design?		*Which industry standard route is most adaptable to the present needs? How much of the industry standard concept should be retained, and what changes should be made for it to meet criteria of low cost, high performance, design-for-fabrication, modularity, design-for-disassembly, and lifetime design?
	*What material choices should be used?		*What material choices should be used?

Marcin at 21:41, 27 March 2012

2012-03-27T21:41:12Z

← Older revision		Revision as of 21:41, 27 March 2012
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	*What material choices should be used?		*What material choices should be used?
	*How much custom fabrication is required vs using stock parts?		*How much custom fabrication is required vs using stock parts?
	*Does fabrication require welding and ~~torching~~ only, or drilling + punching, or machining?		*Does fabrication require welding, torching, and punching only (simple tools), CNC torch table (automated), or drilling (takes more time than punching), or machining and further processing?
	*What is the estimated time of fabrication?		*What is the estimated time of fabrication?

			[[Category:XM]]

Marcin at 21:37, 27 March 2012

2012-03-27T21:37:11Z

← Older revision		Revision as of 21:37, 27 March 2012
Line 3:		Line 3:
	*What material choices should be used?		*What material choices should be used?
	*How much custom fabrication is required vs using stock parts?		*How much custom fabrication is required vs using stock parts?
			*Does fabrication require welding and torching only, or drilling + punching, or machining?
			*What is the estimated time of fabrication?

Marcin at 21:35, 27 March 2012

2012-03-27T21:35:49Z

← Older revision		Revision as of 21:35, 27 March 2012
Line 1:		Line 1:
	The Concept Review step assesses the Conceptual Design and Design Rationale for proper ''direction'' and ''leanness''. ''Direction'' refers to the adaptation of industry standards to OSE Specifications - and assessment of the most well-suited route towards providing a lean yet robust product.		The Concept Review step assesses the Conceptual Design and Design Rationale for proper ''direction'' and ''leanness''. ''Direction'' refers to the adaptation of industry standards to OSE Specifications - and assessment of the most well-suited route towards providing a lean yet robust product. Issues to consider are:
			*Which industry standard route is most adaptable to the present needs? How much of the industry standard concept should be retained, and what changes should be made for it to meet criteria of low cost, high performance, design-for-fabrication, modularity, design-for-disassembly, and lifetime design?
			*What material choices should be used?
			*How much custom fabrication is required vs using stock parts?

Marcin: Created page with "The Concept Review step assesses the Conceptual Design and Design Rationale for proper ''direction'' and ''leanness''. ''Direction'' refers to the adaptation of industry standard..."

2012-03-27T21:23:58Z

Created page with "The Concept Review step assesses the Conceptual Design and Design Rationale for proper ''direction'' and ''leanness''. ''Direction'' refers to the adaptation of industry standard..."

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The Concept Review step assesses the Conceptual Design and Design Rationale for proper ''direction'' and ''leanness''. ''Direction'' refers to the adaptation of industry standards to OSE Specifications - and assessment of the most well-suited route towards providing a lean yet robust product.