Most acknowledged systematic conceptual design (SCD) methods are based on Functional Decomposition and Morphology (FDM). However, since some of the observed FDM flaws concern a non-comprehensive support to creativity, some scholars attempted to fill this gap by integrating FDM with the TRIZ body of knowledge. Unfortunately, non-negligible issues arise in these cases, hindering a comprehensive exploitation of TRIZ in SCD. This paper proposes an alternative way for exploiting the TRIZ potentialities within SCD, and three academic application examples are reported to show how the proposal works.
SUPPORTING SYSTEMATIC CONCEPTUAL DESIGN WITH TRIZ / Fiorineschi, L. ; Frillici, F. S. ; Rotini, F.. - ELETTRONICO. - (2018), pp. 1091-1102. ( DESIGN 2018 15th International Design Conference) [10.21278/idc.2018.0135].
SUPPORTING SYSTEMATIC CONCEPTUAL DESIGN WITH TRIZ
Fiorineschi, L.;Frillici, F. S.
;Rotini, F.
2018
Abstract
Most acknowledged systematic conceptual design (SCD) methods are based on Functional Decomposition and Morphology (FDM). However, since some of the observed FDM flaws concern a non-comprehensive support to creativity, some scholars attempted to fill this gap by integrating FDM with the TRIZ body of knowledge. Unfortunately, non-negligible issues arise in these cases, hindering a comprehensive exploitation of TRIZ in SCD. This paper proposes an alternative way for exploiting the TRIZ potentialities within SCD, and three academic application examples are reported to show how the proposal works.
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