FUNCTIONAL STRUCTURE GENERATION WITHIN MULTI-STRUCTURED MATRIX FORMS
This paper aims at showing the possibility of improving the initial phase of design process using the matrix function multi-structured form of products and their requests. The developed matrix model is a tool which by using a mathematical model interconnects functions and technical systems that solv...
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Veröffentlicht in: | Tehnički vjesnik 2010-12, Vol.17 (4), p.465-473 |
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description | This paper aims at showing the possibility of improving the initial phase of design process using the matrix function multi-structured form of products and their requests. The developed matrix model is a tool which by using a mathematical model interconnects functions and technical systems that solve them. This is one of the main differences with regard to morphological matrix. By mutual linking of matrices the matrix structure is generated in which the whole functional structure of a product is stored. For the sake of uniformity the functions are described by parameters defined from physical laws. In this way the complete knowledge about a product is registered in matrices enabling the generation of the variant and new products. The model is implemented into a prototype computer Web application with the central relational database. Ahigher quality, faster and cheaper management of the design process is thus made possible.Original Abstract: Cilj ovoga rada je prikazati mogucnost poboljsanja inicijalne faze konstrukcijskog procesa koristenjem vistrukturnog oblika matrice funkcije proizvoda i njihovih zahtjeva. Razvijeni matricni model je alat koji koristenjem matematickog modela dovodi u medusobne odnose funkcije i tehnicke sustave koji ih rjesavaju. To je jedna od bitnih razlika u odnosu na morfolosku matricu. Medusobnim povezivanjem matrica generira se matricna struktura u kojoj je pohranjena cjelokupna funkcijska struktura proizvoda. Kako bi se postigla jednoznacnost, funkcije su opisane parametrima odredenim iz fizikalnih zakona. Ovakojeumatricamapopisanocjelokupnoznanjeoproizvodukojeomogucuje generiranje varijantnihinovih proizvoda. Model jeimplementiranuprototipnu racunalnu Web aplikaciju s centralnom relacijskom bazom podataka. Na ovakav nacin omoguceno je kvalitetnije, brze i jeftinije vodenje konstrukcijskog procesa. |
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The developed matrix model is a tool which by using a mathematical model interconnects functions and technical systems that solve them. This is one of the main differences with regard to morphological matrix. By mutual linking of matrices the matrix structure is generated in which the whole functional structure of a product is stored. For the sake of uniformity the functions are described by parameters defined from physical laws. In this way the complete knowledge about a product is registered in matrices enabling the generation of the variant and new products. The model is implemented into a prototype computer Web application with the central relational database. Ahigher quality, faster and cheaper management of the design process is thus made possible.Original Abstract: Cilj ovoga rada je prikazati mogucnost poboljsanja inicijalne faze konstrukcijskog procesa koristenjem vistrukturnog oblika matrice funkcije proizvoda i njihovih zahtjeva. Razvijeni matricni model je alat koji koristenjem matematickog modela dovodi u medusobne odnose funkcije i tehnicke sustave koji ih rjesavaju. To je jedna od bitnih razlika u odnosu na morfolosku matricu. Medusobnim povezivanjem matrica generira se matricna struktura u kojoj je pohranjena cjelokupna funkcijska struktura proizvoda. Kako bi se postigla jednoznacnost, funkcije su opisane parametrima odredenim iz fizikalnih zakona. Ovakojeumatricamapopisanocjelokupnoznanjeoproizvodukojeomogucuje generiranje varijantnihinovih proizvoda. Model jeimplementiranuprototipnu racunalnu Web aplikaciju s centralnom relacijskom bazom podataka. 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The developed matrix model is a tool which by using a mathematical model interconnects functions and technical systems that solve them. This is one of the main differences with regard to morphological matrix. By mutual linking of matrices the matrix structure is generated in which the whole functional structure of a product is stored. For the sake of uniformity the functions are described by parameters defined from physical laws. In this way the complete knowledge about a product is registered in matrices enabling the generation of the variant and new products. The model is implemented into a prototype computer Web application with the central relational database. Ahigher quality, faster and cheaper management of the design process is thus made possible.Original Abstract: Cilj ovoga rada je prikazati mogucnost poboljsanja inicijalne faze konstrukcijskog procesa koristenjem vistrukturnog oblika matrice funkcije proizvoda i njihovih zahtjeva. Razvijeni matricni model je alat koji koristenjem matematickog modela dovodi u medusobne odnose funkcije i tehnicke sustave koji ih rjesavaju. To je jedna od bitnih razlika u odnosu na morfolosku matricu. Medusobnim povezivanjem matrica generira se matricna struktura u kojoj je pohranjena cjelokupna funkcijska struktura proizvoda. Kako bi se postigla jednoznacnost, funkcije su opisane parametrima odredenim iz fizikalnih zakona. Ovakojeumatricamapopisanocjelokupnoznanjeoproizvodukojeomogucuje generiranje varijantnihinovih proizvoda. Model jeimplementiranuprototipnu racunalnu Web aplikaciju s centralnom relacijskom bazom podataka. 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The developed matrix model is a tool which by using a mathematical model interconnects functions and technical systems that solve them. This is one of the main differences with regard to morphological matrix. By mutual linking of matrices the matrix structure is generated in which the whole functional structure of a product is stored. For the sake of uniformity the functions are described by parameters defined from physical laws. In this way the complete knowledge about a product is registered in matrices enabling the generation of the variant and new products. The model is implemented into a prototype computer Web application with the central relational database. Ahigher quality, faster and cheaper management of the design process is thus made possible.Original Abstract: Cilj ovoga rada je prikazati mogucnost poboljsanja inicijalne faze konstrukcijskog procesa koristenjem vistrukturnog oblika matrice funkcije proizvoda i njihovih zahtjeva. Razvijeni matricni model je alat koji koristenjem matematickog modela dovodi u medusobne odnose funkcije i tehnicke sustave koji ih rjesavaju. To je jedna od bitnih razlika u odnosu na morfolosku matricu. Medusobnim povezivanjem matrica generira se matricna struktura u kojoj je pohranjena cjelokupna funkcijska struktura proizvoda. Kako bi se postigla jednoznacnost, funkcije su opisane parametrima odredenim iz fizikalnih zakona. Ovakojeumatricamapopisanocjelokupnoznanjeoproizvodukojeomogucuje generiranje varijantnihinovih proizvoda. Model jeimplementiranuprototipnu racunalnu Web aplikaciju s centralnom relacijskom bazom podataka. Na ovakav nacin omoguceno je kvalitetnije, brze i jeftinije vodenje konstrukcijskog procesa.</abstract><tpages>9</tpages></addata></record> |
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subjects | Design engineering Mathematical analysis Mathematical models Matrices Matrix methods Relational data bases Variability |
title | FUNCTIONAL STRUCTURE GENERATION WITHIN MULTI-STRUCTURED MATRIX FORMS |
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