Prinzipvariation: Difference between revisions
| Line 15: | Line 15: | ||
==ASE-Definition (engl.)== | ==ASE-Definition (engl.)== | ||
"Principle variation | "Principle variation in PGE refers to the new development of individual functional units by using (in comparison to reference system elements) new solution principles. | ||
By describing exemplary systems in the course of case studies principle variation occurs as a change in the number | By describing exemplary systems in the course of case studies principle variation occurs as a change in the number of structures and working surface pairs: | ||
Fig.: Principle variation from one generation of the dual mass flywheel to the next generation | Fig.: Principle variation from one generation of the dual mass flywheel to the next generation | ||
PV always | |||
PV always implies embodiment variation. Thus we also speak of "new development, starting with PV" | |||
Within a new product generation the set of subsystems which are developed newly by PV is denoted by "PS"." | Within a new product generation the set of subsystems which are developed newly by PV is denoted by "PS"." | ||
Revision as of 08:58, 18 January 2022
ASE-Definition (dt.)
"Prinzipvariation bezeichnet in der PGE die Entwicklung bestimmter Funktionseinheiten mit Hilfe eines (im Vergleich zu Referenzsystemelementen) neuen Lösungsprinzips.
In der Beschreibung von Fallbeispielen mit C&C²-A zeigt sich PV durch eine Änderung der Anzahl an Strukturen und Wirkflächenpaaren:
//noch einfügen
Abb: Prinzipvariation beim Übergang von einer ZMS-Generation auf die nächste
PV geht immer mit Gestaltvariation einher. Man spricht auch von "Neuentwicklung, beginnend mit PV".
Die Menge derjenigen Teilsysteme einer neuen Produktgeneration, die beginnend mit PV neu entwickelt werden, wird abgekürzt mit "PS"."
ASE-Definition (engl.)
"Principle variation in PGE refers to the new development of individual functional units by using (in comparison to reference system elements) new solution principles. By describing exemplary systems in the course of case studies principle variation occurs as a change in the number of structures and working surface pairs:
Fig.: Principle variation from one generation of the dual mass flywheel to the next generation
PV always implies embodiment variation. Thus we also speak of "new development, starting with PV"
Within a new product generation the set of subsystems which are developed newly by PV is denoted by "PS"."